# Rhoades' Stocks

Rhoades # |
genotype of parents |
comments |

25248 | c1 sh wx1 gl15 (sib cross) | occasionally has large pollen grains = 2N ? |

25308 | c1 sh wx1 gl15; y X T 6-9b/2 ; N10, 9KS (het ?) (23478 X 24128-22) | backcross for C Sh Wx1; Y marking translocated chromosomes; (69 may have wd); 25308 from C1 Sh Wx1; Y seeds |

28275 | K10 / k10; wd Wx1 / wd wx X homozygous R9 wx1, rearranged chrom 9 (25994-21 X 25991-5) | ears segregate I-C mosaics = small ring-9 with Wd and I; 28275 from C1 Wx1 seeds |

28277 | wd1 C1 sh1 bz1 wx1 sib | 28277 from I-C1 mosaic sh1 bz1 wx1 seed, has ring chromosome, see above |

30096 | yg1 c? Wx1; A1; R1-K10 / yg1 c? Wx1; a1; R1-N10 x yg1 C1 sh1 bz1 Wx1/wx1 (29787 x 29716-1) | 30096 from Pr Wx seeds, ear had 102Wx:11 wx, used for vigorous yg2 stock |

30142 | d1 + lg2 a1 / + gl6 lg2 a1 sib | 30142 = a1 Dt seeds |

30418 | Wx1; y1; r high knob ; K10K10 x high loss (colored aleurone) ; (29799 x 29701-16 with 4 B chromosomes) | 30418 from R mottled seed |

30423 | high-knob stock rr; 28058 sib | may have 2 knobs on chr 1S + 1L ; 1 knob on chr 2L (?); 2 knobs on 3L + 3S; 1 knob on 4L, 1 knob on 5L; 1 knob on chr 6L, 1 knob on chr 7L, 1 knob on chr 8L, 0 knobs chr 9S, 1 knob on chr 10L; This stock is very weak |

30780 | Coop a1 B1 Pl1 x b Pl / b pl; 30680 ¥ Ÿ | high loss; a/Df from hi-loss , 30780 from a1 seeds |

30785 | 5 B chromosomes, high loss , colored aleurone x 8 B chromosomes, high loss colored aleurone; (30127-17 x 30128-13) | has large knob on 3L, shows loss of A1 and Sh2 when crossed as male X female a1 seeds; 30785 from Pr seeds |

30827 | dt1 yg2 sh1 wx1 (c1 ?) x (Nic / KYS) / Bl Mex w1 B's; (28991 a1a1 x 29080-10 t) | Nic = Nicaragua 3432, Tep 59-60; 8100 #2 / KL on 3L, 30827 from colored aleurone seeds, ear all col |

30941 | Inv 3a Gl1 Lg1 k1 A1 / N3 Rg1 gl1 lg1 k1 a1 x rg1 gl6 lg2 a1; (25389-A; Rg x 25398) | 30941 from A seeds |

30945 | Gl1 Lg2 k A1 / gl1 lg2 K1 a1 x Inv3a Gl1 A1 K1 Lg1 ; K10 / Inv3a Gl1 a1 K1 Lg1; N10 3 B chromosomes ; (30490-7 x 30488-23) | 30945 from A seeds |

30993 | lg2 a1 (Dt dt) A2 C1 R1 x K10 r/ N10 R; A1 A1 A2 A2 (Cc ?); (30142 x 30418-13) high knob, high loss | 30993 from one exceptional a1 Dt may have a-mrh |

31125 | wd1 C1 Sh1 wx1 gl1 / yg1 c1 sh1 wx1 gl1 + Wd-ring; (26199 Ÿ) | 31125 from mosaic I-C seed |

31126 | yg1 c1 sh1 wx1 gl15 / wd1 C1 Sh1 wx1 gl15 + ring; (26199 Ÿ) | 31126 from mosaic I-C Sh seeds, (seg pr ) |

31159 | high loss A1 A2 C1 R1 Pr1; (30785-19) x -20 has 7 B chromosomes | 31159 from Pr seeds, with knob in 3L |

31378 | d1 Gl1 lg2 a1 / d1 gl1 lg1 a1 (homozygous or seg et); (31187 sib) | 31378 from a1 Dt1, most are low dotted |

31445 | Inv3a Lg1 Na1 K1 A1 Sh1/ N1 lg1 na1 k1 a1 x lg1 na1 k1 a1 high loss backgrd (31162-4 good ¥ x 31163) | 31162 is F1 for high-loss, background; 31445 from A seeds |

31446 | same as above | 31446 from a seeds |

31572 | probably a1-mrh; pr /a1; pr; Mrh Ÿ ; (31169 Ÿ ) | 31572 from seeds with many dots + pr |

31577 | Black Mexican with B chromosomes; (29717-A sib) | 31577 from colored su seeds |

31601 | Black Mexican su, no B chromosomes x d1 Gl1 lg2 a1 et1 / d1 gl1 lg1 a1 et1 (31189 x 31187) | 31601 from Pr Su seeds |

31602 | d1 Gl1 lg2 a1 x d1 gl1 lg1 a1; 31187 sib | 31602 from a1 seeds; |

32332 | KL9 C1 sh1 Wx1 high-loss, 1 B chromosome x I wx1; (32227-10 x 32291-3) | 32332 from pale colored seeds; |

32334 | 10 B chromosomes x 7 B's high loss stock; (30785-13 x -20) | 32334 from colored seeds, (seg na plants) |

32335 | N10 Rg (high loss) x K10 Rg / N10 rg; (31841 x 32208-12) | introducing K10 into high loss, 32335 from colored seed; 12 red plants discarded, 7 green saved |

32733 | wd1 C1 sh1 bz1 wx1 / Rg C1 wx; y x c1 Wx1; A1 A2 R1 ;y; (32358-A x 32366) | 32733 from Pr seeds |

32734 | K10 Rg/N10 r x W22 rg; (32209-B x 32213) | 32734 from colored seeds |

33277 | Black Mexican , no B chromosomes ; seg albino; (Reid Palmer F-1313-2 Ÿ ) | 33277 from Pr su seeds |

33320 | gl1 lg1 a1 et1 x gl1 lg1 a1 sh2; (32314-4 x 32337) | 33320 from a1 Dt seeds |

33321 | gl1 lg1 a1 et1 x gl1 lg1 a1 sh2; (32314 x 32337) | 33321 from a1, segregating for Dt |

33326 | gl2 lg2 a1 x gl1 lg2 a1; (Ward 820 x 821) | 33326 from a1 Dt1 seeds |

33330 | In3c a1 lg2 in KYS(rr) x In3c gl1 Lg1 A1 / N3 gl1 lg1 a1 probably has K3L (29596 x 29848-56 ¥) | 33330 from A seeds |

33337 | gl6 lg2 a1 x In3a Gl1 A1 Lg1 / N Gl1 Lg1 A1 (K10/N10); (32975 x 33009-1 ¥) | 33337 from colored seeds |

33546 | gl6 lg2 a1 x In3a Gl1 A1 KL a1 (K1o/k10 ?); (32414 x 32578-12 ¥) | 33546 from a seeds |

33551 | (gl1) lg1 a1 et1 x gl1 lg1 a1 sh2; (32314 x 32337) | 33551 from a dt seeds |

33575 | yg1 c1 sh1 wx1 x yg1 c1 sh1 wx1; (33027 ¥ x 33048) | 33575 from c1 sh1 wx1 seeds |

33734 | probably In9 C1 Sh1 Wx1 / N9 c1 Sh1 Wx1 x yg2 c1 sh1 wx1; (33057-6 ¥ x 33184) | 33734 from C1 Sh1 Wx1 seeds, some will be In9/N9 ; some will be Dp 9S df 9L/N9 |

33736 | high loss KL9 / yg1 c1 sh1 wx1; (33040 ¥ x 33048) | 33736 from c1 sh1 wx1 |

34350 | gl1 lg1 a1 Sh2/sh2; 33551 sib | 34350 from a1 sh2 dt1 y |

34690 | K10r; Wx1 / N10r; wx1 x K10 r1 wx1 high knob; (Saraiva 194-21 x 196-3) | stock with many knobs, 34690 from r Wx |

35333 | high loss KL 3 / K L 3; 33275 sib | 35333 from Pr seed |

35334 | high loss KL 3 / K L 3; (33723-3 x -2) | 35334 from Pr seed |

35337 | high loss KL 3 / K L 3 K10; 33447-6 Ÿ | 35337 from Pr seed |

35665 | c1 sh1 wx1 x (Dp9s ?) C1 Sh1 Wx1 / c1 sh1 wx1; (34827 x 34834-1) | 35665 from (bz1 ?), C1 Sh1 wx1 seed |

35669 | c1 sh1 wx1 x (Dp9s ?) C1 Sh1 Wx1 / c1 sh1 wx1; (34827 x 34834-1) | 35669 from (bz1 ?), C1 Sh1 Wx1 seed |

NOTE | NOTE: w2 / df w2 R1 gives etched seeds with colorless areas; w2 / df w2 r1 gives etched seeds with floury-like areas; (pertains to some of the entries from #35677 to 35774) | NOTE: w2 / df w2 R1 gives etched seeds with colorless areas; w2 / df w2 r1 gives etched seeds with floury-like areas |

35677 | Df K10(I) R1 df1 / N10 r1 Wx Sa2 x g1 r1 cr2; wx1; (35306 x 35303) | simple deficiency W2 gr2 in 10L from high loss with K10 R1 Wx Sa2; no male transmission; 35677 from R seed |

35768 | bz1 mut bz1 mut; mut mut; 34647 sib | 35768 from bz stable seed |

35770 | Df K10 (C1) R1 / N10 R-nj o7 x R-nj o7; (35354 x 35362) | deficiency (C) from high loss with K10; no male transmission, low female transm, deficient for L W2 and Sr2; 35770 from R seeds |

35771 | Df K10 (F) R1 df / N10 R-nj o7 x R-nj o7; (35356-1 x 35362) | deficiency (F) lacks Wx and Sr2; reduced male transmission, 35771 from R o7 seeds |

35772 | Df K10 (H) R1 / N10 R-nj o7 x R-nj o7; (35358 x 35362) | deficiency (H) lacks Sr2 and W2; 35773 from R seeds |

35773 | Df K10 (I) R1 / N10 R-nj o7 x R-nj o7; (35360 x 35362) | deficiency (I) lacks Sr2 and W2, 35773 from R seeds |

35774 | Df K10 (K) R1 / N10 R-nj o7 x R-nj o7; (35361 x 35362) | deficiency (K) lacks Sr2 and W2, 25774 from R seeds |

35776 | R-nj o7; 34981 sib | 35776 from R-nj o7 seeds |

35830 | R1 W2 sr2 / r1 w2 Sr2 ; 35826 Ÿ gr | 35830 from R self seeds |

35831 | a1-mrh; sh1 wx1 ; 35342-13 Ÿ yg | 35831 from sh wx seeds |

35832 | a1 dt sh2 Mrh / Mrh; (Dt/dt ?) x a1-mrh; sh1 wx1 mrh; (35540 x 35539 - 21 gr) | 35832 from a1-mrh Sh1 Wx1 Mrh seeds |

35833 | a1 dt sh2 Mrh / Mrh; (Dt/dt ?) x a1-mrh; sh1 wx1 mrh; (35540 x 35539 -14 gr) | 35833 from a1-mrh Sh1 Wx1 Mrh seeds |

35834 | a1-mrh; sh1 wx1 mrh (segregating for yg); 35539 - 14 Ÿ gr | 35834 from sh wx seeds |

35835 | a1-mrh; Sh1 Wx1 Mrh / a1; sh1 wx1 mrh x a-mrh; sh1 wx1 mrh / a1; (35708 x 35709) | 35835 from a-mrh; Sh1 Wx1 |

35837 | Df Yg-2(33166) C1 sh1 Wx1 / yg c1 sh1 wx1 x yg2 c1 sh1 wx1; (34355-9 yg 1 B chromosome x 34348) | terminal 9S deficiency 33166 gives mosaic seeds when used as male and when B chromosomes are present, 35837 from C1 sh1 Wx1 seeds |

35844 | Yg2 / yg2 c1 xh1 wx1 x Df Yg-2 (33166) C1 sh1 Wx1 / KL9 yg2 c1 sh1 wx1 (35658 x 35655-4) | 35844 from c1 sh1 wx1 seeds |

35845 | Yg2 / yg2 c1 xh1 wx1 x Df Yg-2 (33166) C1 sh1 Wx1 / KL9 yg2 c1 sh1 wx1 (35658 x 35655-4) | 35845 from c1 sh1 Wx1 seeds |

35860 | bz2-m ac2 wx1 x bz2-m bz2-m Ac2 Ac2 Bz1 Bz1 mrh mrh A1 A1; (35347 x 35345-8) | 35860 from exceptional bz2-m , lo-dot seeds, single Ac2 gives no (or lo) mutability thru male |

35879 | bz2-m ac2 wx1 x bz2-m ac2 wx1; (35422 x 35501) | 35879 from bz2-m ac2 wx1 seeds |

35880 | l13/+; Mascia 75-1471-10 Ÿ | 35880 from Y seeds; (6) (7) (9) (11) (20) Ÿ seg l13 when tested |

35883 | Df K10 (C) R 1- - - / K10 r1 + + + x gr sr2; (35524 x 35534) | Df (C) = simple Df K10 L including L13, W2 and Sr2, 35883 from R seeds, no male transm |

35914 | Tp9 Yg C1 Sh1 Wx1; Df3 / N9 yg c1 sh1 wx1; N3 x yg2 c1 sh1 wx1; (34537-6 ¥ x 34573) | ¥ plants are heterozygous Tp9 and Df3, gives 2C:1C in test cross, K9 Df3 gametes (male and female) abort, Tp9 N3 reduced in male; 35914 from C1 Sh1 Wx1 seeds |

35915 | Tp9 Yg C1 Sh1 Wx1; Df3 / N9 yg c1 sh1 wx1; N3 x yg2 c1 sh1 wx1; (34537-6 ¥ x 34573) same as 35914, from c1 sh1 wx1 seeds | very little crossing over noted in 9S due to Tp9 heterozygositiy |

35932 | Df K10 (H) + R1 W2 - / N10 g1 r1 W2 sr2 x K10 K10 r1 wx1 y1; (34985 x 34948) | 35932 from R1 wx seeds |

35946 | Bz2; T 8-9(6673) ac2 / bz2; N ac2 x lg2-m bz2-m ac2 ac2; (35447 x 35366) | 35447 is heterozygous for tr-Ac2+116 on chromosome 3, very low dot number, 35946 from bz-mutable |

35947 | Bz2; T 8-9(6673) ac2 / bz2; N ac2 x lg2-m bz2-m ac2 ac2; (35447 x 35366) | 35947 from bz-mutable wx1 |

35951 | gl6 lg2 A1; 34682 Ÿ | ear all colored seed, 35951 from A1 seeds |

35980 | T 8-9(6673) wx; 35471 sib | 35980 from Y wx seeds |

35992 | bzm-2; Ac2« tr Ac2 / bz2-m; ac2 ac2 x bz2-m bz2-m ac2 c2; (35398-2 x 35498-14) | tr-Ac2 limited to original Ac2 on chromosome 8 ;gives 1 high dot::1 no dot; a few low dot = crossovers; 35992 from high dot bz mutable seeds |

35993 | bz2-m; Ac2 Pr Acr / bz2-m; ac2 x bz2-m bz2-m ac2 c2; (35421 x 35498-1) | this is another tr Ac2 resembling 35993; limited to original Ac2 on chromosome 8 ;gives 1 high dot::1 no dot; a few low dot = crossovers; 35993 from bz2 high dot seeds |

35994 | bz2-m bz2-m ac2 ac2 probably Bz; wx1; 34569-2 Ÿ | ac2 tester, 35994 from bz2 stable, wx seeds |

35996 | bz2-m Ac2 tr Ac2 / ac2 ac2 x bz2-m ac2; 35378-2 x 35501 | expect 3 mutable: 1 stable but tr Ac2 gives low dot number and stable class contains some tr Ac2 kernels (escapes); 35996 from bz mutable high dot, Wx1 |

35997 | bz2-m Ac2 tr Ac2 / ac2 ac2 x bz2-m ac2; 35371-1 x 35501 | independent tr Ac2, differs from 35996 above , 35997 from bz mutable high dot, Wx1 |

35998 | bz2-m Ac2 tr Ac2 / ac2 ac2 x bz2; 35378-1x 35501 | probably not the same as tr Acr as in 35996, independent of Ac2 on chromosome 8; 35998 from bz mutable, high dot Wx1 |

36000 | bz2-m bz2-m; Bz1 Bz1 A1 A2 C1 R1; wx; 34621 sib | bz2 ear tester; 36000 from bz2 stable (ac2) - wx1 |

36001 | bz2-m ac2 wx1 x bz2-m; Ac2 tr Ac / ac2; (35484 - 35491 Ÿ) | crossover frequent, 36001 from bz2-m stable seeds gave 18 ac2 ears and 12 ears segregate Ac2 when test crossed |

NOTE | NEW CASES OF Ac TRANSPOSITION, # 36008 to #36120 | NEW CASES OF Ac TRANSPOSITION, # 36008 to #36120 |

36008 | bz2-m Ac2 tr Ac tr Ac / ac2 ac ac x bz2-m ac2 wx; (35866 x 35879) | probably 3 independent Ac's; ear had 248 mutable (high and low): 58 no dot; 36008 from bz2-m high dot Wx |

36015 | bz2-m ac x bz2-m ac2 wx; (35498-A x 35501) | ac2 tester, 36015 from bz stable seeds |

36016 | bz2-m ac2 Wx1 / wx1 x bz2-m ac2 wx; (35493-A x 35501) | ac2 tester, 36016 from bz stable wx seeds |

36019 | bz2-m wx1 ac2 A1 A2 C1 R1 Bz1; (34621 gl) sib | unknown gl, ac2 tester, 36019 from bz stable wx |

36020 | bz2-m wx1 ac2 A1 A2 C1 R1 ; (34621 A ) x sib | ac2 tester, 36020 from bz2-m ac2 wx |

36024 | bz2-m; Ac2 Ac2 x bz2-m ac2; (35346-1 x 35347) | single Ac2 = without linked duplication, gives low dot kernels with 2 doses of endosperm; 36024 from bz2-m with 54 dots |

36033 | bz2-m ac2 x bz2-m; Ac2 Ac2; (35347-a x 35345-8) | most kernels had no dots, selected 1 kernel with high dots, ac 36033; test cross of 36033 suggests 5 independent Ac's (new tr Ac's); ratio 282 high and low dots:11 stable |

36035 | bz2-m ac2 x bz2-m; Ac2 Ac2; (35347-a x 35345-8) | selected kernel with 150 dots as 36035; test cross indicates 2 separate Ac's |

36045 | bz2-m ac2 wx1 x bz2-m; Ac2 Ac2; (35347-b x 35345) | 36045 from bz2-m with high dots, test cross suggests 3 independent Ac's segregating |

36060 | bz2-m ac2 wx1 x bz2-m; Ac2 Ac2; (35347-c x 35345) | 36060 from 1 Bz kernel, possible reversion of bz2-m |

36070 | bz2-m ac2 wx1 x bz2-m; Ac2 Ac2; (35347-c x 35345) same as above in 36060 | 36070 from bz2-m with 10 dots, testcross suggests 2 independent Ac's segregating |

36076 | bz2-m ac2 wx1 x bz2-m; Ac2 Ac2; (35347-c x 35345) same as above in 36060 | 36076 from bz2-m with 23 dots, test cross suggests 2 independent Ac's segregating |

36077 | bz2-m ac2 wx1 x bz2-m; Ac2 Ac2; (35347-c x 35345) same as above in 36060 | 36077 from bz2-m with 32 dots, test cross suggests 2 independent Ac's segregating |

36078 | bz2-m ac2 wx1 x bz2-m; Ac2 Ac2; (35347-c x 35345) same as above in 36060 | 36078 from bz2-m with 100 dots, test cross suggests 2 linked Ac's; nco = high dot and no dot classes, co=low dot class |

36080 | bz2-m ac2 wx1 x bz2-m; Ac2 Ac2; (35347-c x 35345) same as above in 36060 | 36080 from bz2-m, with 200 dots, test cross suggests 3 independent Ac's segregating |

36082 | bz2-m ac2 x bz2-m; Ac2 /Ac2; (35347-d x 35345-8 ) | 36082 from Bz kernel, possible reversion |

36083 | bz2-m ac2 x bz2-m; Ac2 /Ac2; (35347-d x 35345-8 ) same as above in 36082 | 36083 from bz2-m, test cross suggests 2 independent Ac's segregating |

36099 | bz2-m ac2 wx2 x bz2-m; Ac2/Ac2; Wx1/Wx1; (35347-e x 35345-8) | 36009 from bz2-m with 150 dots, test cross suggests 3 independent Ac's |

36102 | bz2-m ac2 wx2 x bz2-m; Ac2/Ac2; (35347-b x 35345-4) | 36102 from 1 Bz possible revertant |

36120 | bz2-m ac2 wx2 x bz2-m; Ac2/Ac2; Wx1/Wx1; (35347-g x 35345-8) | 36120 from bz2-m with 60-70 dots, test cross suggests 3 linked Ac's |

36127 | bz2-m; ac2 ms8 x bz2-m; ac2 Ms / ac2 ms2; (35738-1 x 35501) | 36127 from bz2-m stable |

36132 | bz2-m; Ac2 «Ac2; Wx1 / ac2 ; wx1 x bz2 ac2 wx1; (35491-4 x 35501) | 36132 from bz2-m mutable wx closely linked Ac's |

36136 | bz2-m bz2-m Ac2/Ac2; Wx1/wx1; (34611-22) Ÿ | 36136 from bz mutable wx1 seed single Ac's, no tr Ac's |

36137 | I Ds Wx1; A1 R1 Y/Y; (34619D-19) x sib | 36137 from Y seed |

36153 | bz2-m; Ac2 - Ac - Ac ? /ac x bz2-m ac2 wx1; (35876-1 x 35879) | 36153 from mutable , very high dot #, test crosses suggest 3 independent Ac's |

36154 | bz2-m; Ac2 - Ac - Ac ? /ac x bz2-m ac2 wx1; (35876-1 x 35879) same as 36153 above | 36154 from bz mutable (many dots) test crosses suggest 3 independent |

36155 | bz2-m; Ac2 - Ac - Ac ? /ac x bz2-m ac2 wx1; (35876-1 x 35879) same as 36153 above | 36155 from bz mutable, low dot, test cross suggests 2 linked Ac's |

36156 | bz2-m; Ac2 - Ac - Ac ? /ac x bz2-m ac2 wx1; (35876-1 x 35879) same as 36153 above | 3156 from bz stable stocks, 39 test crossed ears, all stable: 1 test crossed ear was heterozygous for simple Ac2 |

36158 | bz2-m ; (Ac2 Ac / ac ac) ? x bz2-m ac2; (35868-1 x 35879-3) | 36158 from bz mutable high dot , test crosses gave 1 high dot: 2 low dot:1 no dot, this suggests 2 indedpendent Ac's |

36159 | a1-mrh; Dt; Sh1 Wx1 Mrh / a1 sh2; dt; sh1 wx1 mrh x a1-mrh; sh1 wx1 mrh ; (35833-1 x 35831-4) | 36159 from a1-mrh; Sh1 Wx1 Mrh (high dot numbers), Mrh + a1-mrh gives many more dots then a1 + Dt |

36160 | a1-mrh; Dt; Sh1 Wx1 Mrh / a1 sh2; dt; sh1 wx1 mrh x a1-mrh; sh1 wx1 mrh ; (35833-1 x 35831-4) same as 36159 above | 36160 from a-mrh; sh1 wx1 mrh seeds |

36160A | bz2-m ac2 wx1 y1 unknown gl x In3a Lg2 A1 gl6 / N3 (Gl) lg2 a1 ; may carry K10 and K3 (33419 x 33429) | 36160A from Pr seeds |

36170 | a1-m-Neuffer; dt; mrh / a1-mrh; dt; mrh x a1s / a1s ; Dt/Dt seg sh2; (33103 x 33111 | 36170 from a-m Dt seeds with many dots due to Neuffer a-m allele |

36180 | high knob stock Wx/wx; (34676 - 5) x sib | 36180 from Wx1 y1 seeds, many knobs present, probably 9S knobless, all others at least one knob, some heterozygous ?, chrom 1 and chrom 3 have one knob in each arm |

36182 | a1 sh2 / + + x bz1-mut / Bz1; (Dt/dt); (35681 x A) | all seeds were without dots, hence no Mut; 36182 from bz1 seeds, (some possible Bz overlaps ?) |

36186 | a1 sh2 dt; (33105) Ÿ | 36186 from a1 sh2 dt |

36186A | gl6 lg2 a1 sh2; Dt/dt; (33341) sib | 36186A from a1 sh2 (Dt ?) seeds |

36187 | bz1-mut ; Mut / bz1-mut; mut x T 2-9b wx1 | 36187 from Bz1 Wx1 seeds |

36188 | bz1 mut / bz1 mut x mut; wx / mut; wx; (35363-101) sib | 36188 from bz stable wx1 |

36448 | Df K10 (F) R - - / N10 R-nj W sr2; (36220 Ÿ sr2) | ear seg R self; R-nj and R-r spotted ( latter are homozygous Df for W2), 36448 from R seeds (self) |

36450 | Df K10 (C) R - - - / K10 r1 L13 W2 Sr2; (35524 x 35534 | more frequent cross over in Df K10/ K10 more than in Df K10/N10; 36450 from R1 seeds |

36451 | Df K10 (K) R1 W2 - K10 r1 W2 Sr2 x g r1 sr2; (35314 x 35303 | 36451 from r1 wx1 seeds |

NOTE | Df 33166 : missing tip of 9S and Yg, a small bit of heterochromatin caps 9S. 1 B spores with Df give "loss" in males but no loss in females. Exhibited mainly as C-c mosaics, and less frequently as whole loss (c). Df 33166 gives rise to Dp9 chromosomes which are duplicate for most of 9S including C and Wx but deficient for Yg. These may arise on either male or female side and supposedly come from fusion (not replication) of heterochromatin tip, bridge formation at anaphase, breakage of bridge near one centromere and healing of broken end (pertains to entry # 36452, also find Df 33166 in entries # 35844, 35845, 35837, 36674) | |

36452 | yg2 c1 sh1 Wx1 / + c1 sh1 wx1 x Df Yg(33166) C1 sh1 Wx1 / yg c1 sh1 wx1 | plants with B chromosomes + Df Yg(33166) give C-c mosaics where used as male ; 36452 from C mottled sh1 Wx1 seeds |

36456 | card missing | card missing |

36456A | a-mrh, Mrh / a1 mrh (Dt/dt) ; (31815) Ÿ | 36456A-1 seg bz1-mut and Mut (appeared to be a new mutation of Bz1‹ð bz1-mut, (but not sure) 36456A from heavily dotted seeds, (due to a-mrh + Mrh) |

36457 | bz1-mut bz1-mut; mut / mut; (35363 - 101) sib | 36457 from bz stable wx |

36458 | a1 sh2 mrh dt; (36186) sib | 36458 from a1 sh2 dt |

36460 | (yg2) C1 sh1 bz1 wx1 (may segregate KL9); (36161) sib | 36460 from sh1 bz1 wx1 seeds |

36508 | bz2s(Scwartz allele), probably no Ac1 x bz2-m; Ac2 wx1 / bz-m; Ac2 wx1 (36136A-9 x 36136-15) | 36508 from bz stable seeds (Ac2 inactive in 1 dose) |

36509 | bz2-an; Ac2 / bz2-an; Ac2; (35315) Ÿ | deficiency for Bz2, 36509 from bz stable seeds |

36511 | bz2-m; Ac2«Ac2; Wx1 / ac; wx1 x bz2 ac2 wx1; (35491-4 x 35501) | strong Ac2, probably double Ac2 through transposition to nearby site on chrom 8; 36511 from bz2 mutable, wx |

36513 | I Ds Wx1, ac; (34619D-15) x sib | traces to Coop 66-864-2 / 864-6; some plants I/I or I/C; 36513 from y seed |

36530 | high knob stock, K10 r / K10 r; (34675 sib x 19 t) | 36530 from y wx1 |

36531 | high knob stock; (34675-5 ) x sib | 36530 from y wx1 |

36535 | high loss KL3; 35333 sib | 36535 from colored seed |

36547 | bz2-m; Ms8 ac ;Wx1 / ms8 ac; wx1 x bz2 ac2 wx1; Ms8/Ms8 ; (36127 - 9 x 36000-6) | ac2 tester 36547 from bz2-m ac2 wx1 |

36652 | Dp9 MMR C1 Wx1 / wd C1 wx1 + Wd ring; (34783-1) Ÿ | SEE NOTE ABOVE ENTRY # 38212. 36652 from mosaic (I-C); wx- plants striped gr-wh |

36656 | Dp9 MMR C1 Wx1 / wd C1 wx1 + Wd ring; (34550) Ÿ | 36656 from I-C mosaic sh1 Wx1 |

36657 | Rg (C) wx1 / wd1 C1 sh1 bz1 wx1 x c1 Wx1; (32358B x 32366) | traces to Faberge 358 sib (R) C1 Sh1 Bz1 wx1, homozygous supposed to be Mc Clintock rearranged 9, 36657 from I-C mosaic |

36658 | Rg (C) wx1 / wd C1 sh1 bz1 wx1; yy x c1 Wx1; (32358-102 x 32366) | 36658 from self colored |

36659 | Rg (C) wx / wd1 C1 sh1 bz1 wx1; yy x c1 Wx1; (32358-101 x 32366) | 36659 from self colored |

36662 | high knob derivative; K10 r1 / K 10 r1; (34949) sib | 36662 from r1 wx1 |

36663 | high knob derivative; K10 r1 / K10 r1 wx1; (34691 sib 4 x 10) | 36663 from r1 wx1 y1 |

36664 | 9 c1 sh1 wx1 / 9 DP C1 Sh1 wx1; (Carlson 4101 x 4120 ear 1) | McClintock Dp9, duplication of most of 9S; 36664 from C1 wx1 seed |

36666 | B37 sh1 x WF9 sh1 | 36666 from Y1 sh1 |

36671 | high loss KL9 C1 sh1; (35335) Ÿ | 36771 from C1 sh1 seed |

36672 | high loss a1 KL3 Dt/Dt; (segregating for lg2 and na ?); (33552) sib | 36672 from a1 Dt; |

36673 | a-mrh / a OR a-mrh / a-mrh; +/yg2; C/? ; sh1 wx1 mrh; (35539 - 17 gr x 9-gr) | 36673 from a1 C? sh1 wx1 mrh |

36674 | Yg/ yg2; c1 sh1 wx1 x Df C1 sh1 wx1 / yg2 c1 sh1 wx1; (33987 x 33959-13 yg2) | for vigorous yg2; Df = Df 33166; 36674 from c1 sh1 wx1 |

36678 | gl Lg A1 In3a / Gl lg a1 N3 x gl6 lg2 a1 et1 / gl6 lg2 a1 sh2; (33429-4 x 33320) | In3a; 36678 from A probably Et |

36680 | gl Lg A1 In3a / Gl ? lg a1 N3 x gl6 lg a1 / d1 gl lg a1; (33429-46 x 33420-19) | 36680 from A probably Et |

36689 | Df K10 (C) R1 - - - / N10 g1 r1 W2 L13 sr2 x Df K10 (K) + r1 W2 - / N10 g r1 W2 sr2 (36450 x 36451 good sr2) | 36889 from R1 |

36692 | Df K10 (C) R1 - - - / N10 g1 r1 W2 L13 sr2 x Df K10 (K) + r1 W2 - / N10 g r1 W2 sr2 (36450 x 36451 good sr2) same as 36689 above | 36692 from R1 pr (small seed) |

36693 | Df K10 (C) R1 - - - / N10 g1 r1 W2 L13 sr2 x Df K10 (K) + r1 W2 - / N10 g r1 W2 sr2 (36450 x 36451 good sr2) same as 36689 above | 36693 from r (plants seg G and g1) |

36695 | R1 + / r1 w2; (35830 ) Ÿ | ear segregates for R1, spotted (=R1 w2) and r1; green plants should be r1 + / r1w; 236695 from r1 seed, |

36697 | g r1 W2 sr2 x R1 W2 sr2 / R1 w2 Sr2; (35900 g x 35899-6) | 36697 from colored seed |

36699 | Df K10 (F) g R1 - - / K10 G r1 W2 Sr2 x g r1 sr2; (35526 x 35534) | 36699 from R1 seed |

36700 | Wx1 / wx1; bz2-m ac2 x Ms8/ms8; (36127) sib | 36700 from bz2 Wx1 ac2 seed |

36701 | Wx1 / wx1; bz2-m ac2 x Ms8/ms8; (36127) sib same as 36700 above | 36701 from bz2 wx1 ac2 seed |

36702 | pro 1 (-1121) + + + / + v16 ms8 j; (Neuffer 30: 990-3) Ÿ | 36702 from Y seed |

36704 | Ac Ac2 / ac2; bz2-m wx1 x wxm-9 ac2 Bz2; (36132-1 x D. Shwartz 7445-1) | wxm-9 = Wx1 Ac1; 36704 from Bz2 wxm-9 seed; Wx1 and wx1 sectors on lavender background |

36706 | Ac Ac2 / ac2; bz2-m wx1 x wxm-9 ac2 Bz2; (36132-1 x D. Shwartz 7445-1) same as 36704 above | 36706 from Bz2 wxm-9 ; Wx1 and wx1 (sectors are few & late) |

36711 | bz2-m ac2 Wx1 / wx1 x bz2-m ac2 wx1; (36127-9 x 3600-6) | tester; 36711 from bz2 ac2 wx1 y |

36719 | C1 wxm-9 Bz2 Ac2« Ac2 x C1 wx1 bz2 ac2 | 36719 from bz1 mutable (+ dots); lavender very low Wx sectors |

36728 | Bz2 ac1 Ac2 cm-1 Sh1 wx1 / bz2-m ac2 C1 Sh1 wx1 | 36728 c1 stable wx1, some ears segregate bz2-m and Ac2; other ears segregate bz2-m ac2 |

36730 | Cm-1 wx Ac1 Ac2 Bz2 / C1 wx1 ac1 ac2 bz2-m; (36502-1) Ÿ | ear segregages { Pr Bz2 pr } { bz2-m (mutable and stable) and c1 (mutable and stable) }; 36730 from c1 stable wx1 (some plants segregate bz2 and Ac2) |

36735 | bz2-m; Ac2«Ac2; Wx1 / ac2; wx1 x bz2-m ac2 wx1; (35491-12 x 35501) | 36735 from bz2-m; many dots wx1 |

36737 | wx m-1 C1 / wx m-1 c1; Etched 396 sib | 36737-3 and -5 were crossed with c tester; both = C1/c1; 36737 from wxm-1 ac Y |

36749 | Bz2 Ac2«Ac2 wx1 / bz2-m ac2 wxm-9 ; (36504-2) Ÿ | 36749-6 Ÿ segregates for Bz:bz2 (lo mutable and stable); Ac1 coarse mutability of bz2-m; Ac2 finer dot pattern; 36749 from Bz wx kernels |

36750 | Ac2 Ac2 Ac2 ? / ac1 ; bz2-m x bz2-m ac2; (36120 x 36016-6) | 36750 from bz2-m , very high dots, (nearly self colored) |

36753 | bz2-m; Ac2 trAc trAC / ac ac ac x bz2-m ac2; ms8 / +; (36520 x 36541) | ear had 7 bz:1 bz2 stable ratio; some ears gave 1:1 mutable:stable; 36753-7 gave 7:1 (possible ratio); 36753 from bz2 high dot seed |

36757 | I Sh1 Bz Ds Wx1; Ac1 / C1 sh1 bz wx; ac x bz1-mut wx1; mut; (36492 x 36457) | 36757 from I wx1 |

36758 | I Sh1 Bz Ds Wx1; Ac1 / C1 sh1 bz wx; ac x bz1-mut wx1; mut; (36491 x 36457) | 36758 from C1 Bz, some Wx1-wx1 mosaics |

36759 | I Sh1 Bz Ds Wx1; Ac1 / C1 sh1 bz wx; ac x bz1-mut wx1; mut; (36491 x 36457) same as 36758 above | 36759 from I wx1 seeds |

36760 | I Sh1 Bz Ds Wx1; Ac1 / C1 sh1 bz wx; ac x bz1-mut wx1; mut; (36491 x 36457) same as 36758 above | 36760 from bz wx1 seeds |

36761 | Ms8 ac2; Wx1 / ms8 ac2; wx1; bz2-m; (36127) sib | 36761 from wx1 bz2-m ac2 seeds |

36762 | ms8 ac2 / ms8 ac2 ; bz2-m x bz2-m; + ac2 / ms8 ac2; (36545 x 36541 ?) | 36762 from bz2-m ac2 wx seeds |

36769 | bz2-m ms8 ac2 x bz2-m; _ ac2/ ms8 ac2; (36309 ms x 36127-4 t) | 36769 from bz2-m ac2 |

36828 | C1 Sh1 bz1-mut Wx1 / c1 sh1 Bz wx1 x Ws3 Lg1 Gl2 Mut / ws3 lg1 gl2 mut (36538 ) Ÿ | 36828 from bz1-mut, unstable |

36828A | C1 Sh1 bz1-mut Wx1 / c1 sh1 Bz wx1 x Ws3 Lg1 Gl2 Mut / ws3 lg1 gl2 mut (36538 ) Ÿ same as 36828 above | 36828A from bz1-mut stable |

36829 | C1 Sh1 bz1-mut Wx1 / c1 sh1 Bz wx1 x Ws3 Lg1 Gl2 Mut / ws3 lg1 gl2 mut (36538 ) Ÿ same as 36828 above | 36829 from C-c mosaic |

36836 | Bz2 gl6 ac lg2 A1 Wx1 / bz2-m + Ac + Wx1; (36536 -4) Ÿ | Ac=tr Ac116 derived from Ac2 on chromosome 8, very low dot numb; 36836 from bz2-m, no dots; many probably escapes, (ie they have Ac) |

36841 | Bz2; gl6 ac lg2 A1 Wx / bz2-m; + Ac + wx1; (36536-3 ) Ÿ | Ac=tr Ac116 , 36841 from bz2 many dots |

36842 | Bz2; gl6 ac lg2 A1 Wx / bz2-m; + Ac + wx1; (36536-3 ) Ÿ same as 36841 above | 36842 from bz2 several dots |

36843 | Bz2; gl6 ac lg2 A1 Wx / bz2-m; + Ac + wx1; (36536-2 ) Ÿ | 36843 from bz2 (1 to several dots), segregates for wx1 |

36844 | Bz2; gl6 ac lg2 A1 Wx / bz2-m; + Ac + wx1; (36536-2 ) Ÿ same as 36844 above | 36844 from bz2 high dots, segregates for wx1 |

NOTE | NOTE : FOLLOWING ENTRIES GH 1983 from # 36852 to entry # 36932 | NOTE: FOLLOWING ENTRIES GH 1983, from entry #36852 to # 36932 |

36852 | Du g R1 N10 / du r1 N10 ; wx1 x teosinte K10-II/N10; (36603 g x 36831-1 teosinte) | teosinte from Kato accession = BA t-74, G-10, K-67-2; 36852 from colorless Wx1 |

36854 | R1 + (sr2) / r1 w2 (+) ; (35830) Ÿ | ear segregates R1 self: R1 spotted (= w2) : r1;; 36854 from R1 self colored |

36868 | r1 + sr2 / r1 w2 + x Df K10(F) R1 - - / N10 r1 + + ; (36586 x 36583-24) | ear segregates ( R1 self and mottled : R1 spotted : r1 ) 36868 from R1 self and mottled |

36875 | Df K10 (C) G R - - / N10 g r1 W2 sr2 x Df K10(K) G r1 W2 - / N10 g r1 W2 sr2 (36450 sr2 x 36451 sr2) | ear segregates R1 (small and large) : r1 (small and large); segregates for wx1; 36875 from R1 large, Wx1 |

36878 | R1 + / r1 w2; (35830) Ÿ | ear segregates R1 self : R1 spotted = W2: r1, 36878 from r1 seed (for r1 + / r1 w2 tester) |

36881 | Df K10(H) R1 W2 - / N10 g r1 W2 sr2 x K10 r1 W2 Sr2; (34985 x 34948) | 36881 from R1 wx1 seeds |

36885 | Yg2 C1 Sh1 bz1-mut Wx1 / yg2 C1 sh1 bz1-mut wx1; Mut/mut x yg2 sh1 bz1-s wx1; mut; (34469-24 ?c x 34479-11) | bz1-s = standard bz1, 36885 from C1 Sh1 bz1-mut Wx1 + Mut |

36890 | Yg2 C1 Sh1 bz1-mut Wx1 / yg2 C1 sh1 bz1-mut wx1; Mut/mut x yg2 sh1 bz1-s wx1; mut; (34469-24 ?c x 34479-11) same as 36885 above | 36890 from C1 sh1 bz1 wx1 (stable bz) |

36898 | C1 sh1 bz1 wx1 x yg2 C1 sh1 bz1 wx1 KL9S; (34652 x 34653) | 36898 from C1 sh1 bz1 wx1 |

36899 | C1 bz1-mut; Wx1; Mut / wx1; Mut x c1 sh1 wx1; ws3 lg1 gl2; 36190 x 36192 | 36899 from C1 Bz Wx1 |

36900 | c1 sh wx1 ; ws3 lg1 gl2; (36192) sib | 36900 from c1 xh wx1 |

36902 | bz1-mut wx1; ws3 lg1 mut gl2; (36828A-8 x 1) | 36902 from bz1-mut ;wx (no dots) |

36911 | bzs-m ac2 wx1 x Bz2 Ac2 «Ac2 wx m-9 / bz2-m ac2 wx1; (36711 x 36704-61) | 36911 from bz2 coarse wx m-9 |

36913 | bzs-m ac2 wx1 x Bz2 Ac2 «Ac2 wx m-9 / bz2-m ac2 wx1; (36711 x 36704-61) same as 36911 above | 36913 from bz2-m coarse wx m-9 |

36914 | bz2-m ac2 wx1 ; (36567 x 36567-15) | 36914 from bz2-m ac2 wx1 y |

36915 | bz2-m ac2 wx1; + / ms8; (36710-11) Ÿ | ac2 tester, 36915 from bz2 ac2 wx1 |

36921 | cm-1 bz2 Ac2 / ac1 wx1 x C1 bz2 ac2 wx; (36730 x 36711) | 36921 from bz2-m low dots, wx1 |

36927 | bz2-m; gl6 ac1 lg2 / + Ac + x bz2-m ac2, gl6 lg2; (36840 x 36836-5) | Ac=tr Ac116 derived from Ac2; 36927 from bz2 stable |

36928 | bz2-m; gl6 ac lg2 A1; (36836-7 x -2) | 36928 from bz2 ac2 seed |

NOTE | NOTE: some confusion about the pedigrees for 36929; position of Ds in the I Bz Wx stocks tracing back to Coop 66-864-2 / 864-6 Ÿ which was I/C | NOTE: some confusion about the pedigrees for 36929; position of Ds in the I Bz Wx stocks tracing back to Coop 66-864-2 / 864-6 Ÿ which was I/C |

36929 | bz2-m Ac2 Ac2; wx1; C s / ac; cw x I Wx1 Ds ac; (36511 x 36513 -1) | I / strong C (where Cs = strong C and Cw= weak C); 36929 from pale C1 Wx1, many Bz wx1 sectors |

36930 | bz2-m Ac2 Ac2; wx1; C s / ac; cw x I Wx1 Ds ac; (36511 x 36513 -1) same as 36929 above | 36930 from pale C1 Wx1, no sectors or few |

36931 | bz2-m Ac2 Ac2; wx1; C s / ac; cw x I Wx1 Ds ac; (36511 x 36513 -1) same as 36929 above | 36931 from I Wx1, many C wx spots |

36932 | bz2-m Ac2 Ac2; wx1; C s / ac; cw x I Wx1 Ds ac; (36511 x 36513 -1) same as 36929 above | 36932 fro I Wx1, no or few C wx spots |

36943 | bz2-m wx1; ms / ms x +/ms; ac2; (36701) sib | ac tester (some seeds have 1 dot), 36943 from bz2-m ac2 wx1 |

36944 | bz2-m wx1; ms / ms x +/ms; ac2; (36701) sib same as 36943 above | 36944 from bz2-m ac2 wx1 with 1 dot |

36946 | bz2-m; Ac2« Ac2 Ms / ac Ms x bz2-m ac2; ms8 / +; (36804 -3 x 36769) | exceptional seeds have low dot number, 36946 from bz2-m with 8 dots = single Ac2 |

36956 | bz2-m; Ac2« Ac2 Ms / ac Ms x bz2-m ac2; ms8 / +; (36804 -5 x 36769) | ear has 1 many dot : 1 no dot; a few exceptions with low dots, 36956 from bz2-m with 23 dots = single Ac2 |

36957 | bz2-m; Ac2« Ac2 Ms / ac Ms x bz2-m ac2; ms8 / +; (36804 -5 x 36769) same as 36956 above | 36957 from bz2-m with 38 dots = single Ac2 |

36969 | bz2-m ac2 wx; (36701 )sib | ac2 tester, 36969 from bz2-m ac2 wx1 (stable bz) |

36975 | bz2-m ; Ac2 «Ac2 Ms / ac Ms x bz2-m ac2 ms8 / +; (36804 -9 x 36769-2) | ear 1:1 (high dots:no dots), a few low dots; 36975 from bz2-m plus 30 dots |

36987 | bz2-m ; Ac2 «Ac2 Ms / ac Ms x bz2-m ac2 ms8 / +; (36481-2 x 36540-9) | ear 1:1 for high dot; no dot; a few low dot; 36987 from bz2-m low dots |

36990 | bz2-m; Ac2 «Ac2 Ms / ac ms x bz2-m ac2 ms8 / +; (36481-3 x 36540-9) | 36990 from bz2-m, no dots |

36991 | bz2-m; Ac2 «Ac2 Ms / ac ms x bz2-m ac2 ms8 / +; (36481-5 x 36540-9) | 36991 from bz2-m low dots |

36994 | bz2-m; Ac2 «Ac2 Ms / ac ms x bz2-m ac2 ms8 / +; (36481-5 x 36540-9) same as 36991 above | 36994 from bz2-m stable (no dots) |

36995 | bz2-m ac2 wx1; (36701) sib | 36701 from bz2-m, no dots |

37000 | bz2-m ; Ac2 «Ac2 Ms / ac2 Ms x bz2-m ac2 ms8 / +; (36481-7 x 36540-9) | 37000 from bz2-m, low dots |

37012 | bz2-m ; Ac2 «Ac2 Ms / ac2 ms x bz2-m ac2 ms8 / +; (36481-10 x 36540-9) | 37012 from bz2-m about 20 dots |

37019 | bz2-m ; Ac2 «Ac2 Ms / ac Ms x bz2-m ac2 ms8 / +; (36481-12 x 36540-9) | 37019 from bz2-m with very high dots |

37021 | ac2 ms / ac2 ms x ac + / ac ? ; all bz2-m; (36701) sib | tester, 37021 from bz2-m, no dots |

37061 | (yg2) C1 sh1 bz wx1 x KL9S yg2 C1 sh1 bz1 wx1; (34652 x 34653) | 37061 from C1 sh1 bz wx1 |

37063 | C1 Sh1 bz1-mut Wx1 / c1 sh1 + wx1 ; + + Mut + / ws3 lg1 mut gl2 x yg2 C1 sh1 bz1s wx1 ; (36899-G x 36898) | 37063 from Sh1 Bz Wx1 |

37073 | Sh1 bz1 mut Wx1 / Sh1 bz1 mut wx1 x Mut/Mut; (34640 -A-25 ) sib | 37073 from bz1-mut; Mut Wx |

37075 | sh1 bz1s x Mut / Mut ; (34644-1) Ÿ green | tester for bz1-mut; 37075 from C1 sh1 bz1s Wx1 (no dots) |

37077 | C1 C1 bz1-mut bz1-mut wx1 wx1; mut /mut; (35363) sib | tester for Mut; 37077 from C1 bz1-mut wx1 mut |

37078 | C1 C1 bz1-mut bz1-mut wx1 wx1; mut /mut; (35363) sib same as 37077 above | 37078 from C1 bz1-mut wx1 mut |

37079 | Sh1 bz1 mut / sh1 bz1s x Mut / mut; (34563 - 2)Ÿ | 37079 from Sh1 bz1-mut Mut |

37083 | sh1 bz1s; Wx1; Mut / wx1; mut x yg2 C1 sh1 bz1s wx1; (34656 x 34653) | 37083 from sh1 bz1s wx1 |

37086 | I wx1 / C1 (or c1 ?) wx m-1 x C1 bz1m-2 wx Ac1; (36935 x 36936) | 37086 from I Wx1-wx1 |

37089 | C1 wx1 / cm-1 wx1; bz2-m; Ac2 / ac2; ac1; (36921 -1) Ÿ | 37089 from cm-1 mutable wx1 |

37091 | C1 wx1 / cm-1 wx1; bz2-m; Ac2 / ac2; ac1; (36921 -1) Ÿ same as 37089 above | 37091 from cm-1 stable wx1 |

37095 | C1 wx1 / cm-1 wx1; bz2-m; Ac2/ac2; ac1; (36921-3) Ÿ | 37091 from cm-1 stable wx1 |

37096 | Ac2 / Ac2; bz2-m wx1; (34611-8) Ÿ | 37096 from bz2-m Ac2 wx1 |

37098 | gl6 lg2 acr x gl6 lg2 ac2; (36928 x 36927-6) | tester; 37098 from bz2-m, no dots |

37123 | r1 + sr2 / r1 w2 + x Df K10 (F) R1 - - / N10 r1 W2 Sr2; (36586 green x 36583 -8) | ear: 23 R self & mottled: 11R1 spotted: 154 r1; 37123 from R1 self or mottled |

37131 | Df K10(F) R - - / K10 r1 W2 Sr2 x Df K10(F) R- - / K10 r1 W2 Sr2; (36882 -2 x 36883-6) | 37131 from R1 seeds |

37132 | Df K10(H) R W2 - / K10 r1 W2 Sr2 x Df K10(F) R- - / K10 r1 W2 Sr2; (36882 -2 x 36883-6) | 37132 from R self |

37134 | r1 W2 / r1 +; (34980-6) Ÿ | traces to Coop 76-605-7 Ÿ+/w2; 37134 from colorless (=r1 ?) |

37135 | R-nj + / r1 w2; (35680-2) Ÿ | 37135 from r1 Y seeds, green plants = r1 + / r1 w2 |

37139 | Df K10(F) R1 - - / N10 r1 W2 Sr2 x Df K10 (H) R1 W2 - / K10 r1 W2 Sr2 (36884 x 36882-1) | 37139 from R1 self |

37142 | Df K10(C) R1 - - / N10 r1 W2 sr2 x r1 + / r1 w2; (34957-14 x 34980-10) | 37142 from R self seeds |

37143 | Df K10(K) R1 W2 - / N10 g r1 W2 sr2 x r1 + / r1 w2 (35016 X 34980 -6) | 37143 from R1 seeds |

37145 | Df K10 (C) R - - - / K10 r1 L13 W2 Sr2 x g r1 sr2; (35524-A x 35534) | 37145 from R1 seeds |

37147 | Df K10 (C) R1 - - - / K10 r1 L13 W2 Sr2 x g r1 sr2; (35524-C x 35534) | This family lost Df (C) by later tests, 37147 from R seed |

37150 | bz2-m ac2 ms8 x Dp9 MMR C1 sh1 Wx1 / wd C1 wx1; + Wd ring bearing I (36700-A x 36656-7) | 37150 from I-C mosaic |

BEGINNING OF SECOND GROUP OF LABELS |
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37152 | bz2-m ac2 ms8 X Dp9 (MMR) C1 sh1 Wx1 / (wd1 C1 wx1); + ring 9 I Wd (36700 ms A X 36656-7) | Dp 9 is duplication of most of 9S, lacks Yg, tip of select darker kernels have higher C dosage; 37152 from Bz-bz sectored kernels |

37154 | bz2-m ac2 X Dp9 (MMR) C1 sh1 Wx1 / (wd C1 wx1); + ring 9 I Wd (36700 G X 36656-6) | 37154 from I-C mosaic kernels |

37164 | bz2-m ac2 X Dp9 (MMR) C1 sh1 Wx1 / (wd C1 wx1); + ring 9 (36700 L X 36656-8) | 37164 from I-C mosaic kernels |

37199 | R9 C1 wx1 / c1 Wx1 (36659 - 22) @ | R9 = McC rearranged 9; 37199 from C1 Wx1 kernels |

37201 | R9 C1 wx1 / c1 Wx1 (36658-18) @ | 37201 from C1 wx1 kernels |

37204 | bz1 mut bz1 mut; mut mut wx1 wx1 (35363-101 sib) | 37204 from bz stable |

37221 | bz2 ac2; wx /+ X bz-m; Ac2 / ac;wx / + | new revertant Bz ?, 37221 from Bz seeds (Wx and wx) |

37250 | Bz2/bz2-m; Ac2«Ac2 / ac2; wx m-1 / wx1 (36941-1) @ | wx m-1 responds to high doses of Ac2; 37250 from colorless wx1 with infrequent Wx1 spots |

37327 | bz2-m; Ac2«Ac2 + / ac ms8 X bz2-m; ac ms / ac +; (v/+ ?) (36804-4 X 36769) | ear segregates 1:1 (high dot : no dot) with rare low dot kernels; 37327 from bz high dot kernels |

37330 | bz2-m; Ac2«Ac2 + / ac ms X bz2-m; ac ms / ac + (36804-7 X 36769) | 37330 from bz2 many dots |

37346 | bz1 mut wx; Ws3 Lg1 Mut Gl2 / ws3 lg1 mut gl2 X bz1 mut wx; ws3 lg1 mut gl2 (36907-1 X 36902) | 37346 from bz mutable seeds |

37350 | bz1 mut wx; Ws3 Lg1 Mut Gl2 / ws3 lg1 mut gl2 X bz1 mut wx; ws3 lg1 mut gl2 (36907 X 36902) same ped as 37346 above | 37350 from bz-mutable seeds |

37367 | bz1 mut wx; Ws3 Lg1 Mut Gl2 / ws3 lg1 mut gl2 X bz1 mut wx; ws3 lg1 mut gl2 (36907 X 36902) same ped as 37346 above | ears in 37367 : 4 seg bz mutable and 2 not segregating mutable; 37367 from bz-mutable |

37370 | bz1 mut wx; Ws3 Lg1 Mut Gl2 / ws3 lg1 mut gl2 X bz1 mut wx; ws3 lg1 mut gl2 (36907 X 36902) same ped as 37346 above | ears in 37370 = 16; all segregated bz mutable; 37370 from bz mutable, mottled |

37377 | saved 1 ws lg gl plant (37377); ear did not seg Mut; 37377 from bz-mutable wx seeds | |

37383 | saved 1 ws lg gl plant (37383); ear did not segregate Mut; 37383 from bz mutable | |

37401 | bz1 mut; ws3 lg1 mut gl2 X bz1 mut; ws3 lg1 mut gl2 (36902 X 36901) | tester; 37401 from C1 bz1-mut wx1 (stable bz) |

37402 | bz1 mut bz1 mut; mut mut wx1 wx1 (35363 sib) | tester; 37402 from bz-stable |

37411A | Gl6 tr Ac2 Lg2 / gl6 ac lg2; bz2-m X gl6 ac2 lg2: bz-m (36926 X 36927) | transposed Ac2 on chromosome 3; 37411A from bz2 low dots |

1984 GREENHOUSE ENTRIES # 37456 TO #37601 |
||

37456 | K10-II / N10 X prob Df K10 (C) R1 / K10-II r (37452-17 X 37441) | 37456-6 and -12; were homozygous K10-II, 37456-7 was heterozygous K10-II; PMC check B's are seg; 37456 from colorless seeds |

37466 | K10-II / N10 X prob Df K10 (C) R1 / K10-II r (37452-26 X 37441) same ped as 37456 above | 37466-1 was homozygous K10-II, 37466-5 was heterozygous for K10-II; PMC check no B's; 37466 from colorless seed |

37480 | g R1 w2 Sr2 / g r1 + sr2 X K10-II r1 / N10 R1 (37289 g Sr2 X 37452-12) | 37480 plants 3, 4, 18, and 22 were N10 N10 by PMC; 37480 from R seed (self col) |

37481 | A1 A2 C1 R1 X K10-II X K10-II r 1 / N10 (37214 X 37452 - 26) | plants 13, 15, and 28 show high r in test cross, pref seg; 37481 from R1 seed |

37482 | K10-I r1 / N10 r1 X K10-II r1 / N10 R1 (37438 X 37452 - 25) | plant 13 K10-I/N10; plant 10 probably same; 37482 from R1 mottled |

37485 | Df K10 (F) R - - / K10-I r W Sr X Df K10 (F) R1 - - / K10-I r1 W Sr | most are homozygous K10-I r but crossovers ocur so r in not a reliable marker; 37485 from r wx |

37490 | R-nj + / r w2; ? or R-nj w2 / r +; ? (35680 A) @ | r seeds gave no w seedlings but plant 37490-2 appears to be +/w2; 37490 from r |

37492 | R-nj + / r w2 (35680) @ | ear segregates for w2; 37492 from R-nj |

37494 | Df K10(C) R - - - / N10 r1 W L Sr X r r W2 w2 (37142 X 37135-3) | plants with Df K10 (C) have 2 sizes of pollen grains; 37494 from R self seeds |

37496 | r r sr2 X gr (37443) sib | segregates for g; r tester; 37496 from r Y |

37497 | r r X Df K10 (I) R - / N10 r sr | used as r tester; 37497 from r seeds |

37498 | Df K10 (C) G R - - / N10 g r W sr2 X Df K10 (K) R1 W2 - / N10 r1 w2 + (37145 -16 X 37144-3) | used as r tester; heterozygous w2 and sr2; 37498 from r y seeds |

37502 | L13 / l13; (35880-7) @ | 37502 from Y seeds |

37507 | ws3 lg1 mut gl2 / + + Mut gl2; bz1 mut X bz1 mut wx1 mut (37388-1 X 37402) | 37507 from bz-mutable |

37509 | wx bz1 mut; ws3 lg1 mut gl2 (37401) sib | tester; 37509 from bz-stable wx |

37510 | bz1 mut wx; ws3 lg1 mut gl2; (C/c1 ?) (36828 A-8 X -1) | tester; 37510 from bz stable wx |

37513 | C1 Sh1 bz1 mut Wx1 / C1 Sh1 bz1 mut wx1 ? ; Mut / Mut X C1 sg bz1-s Wx1; Mut / C1 sg bz1-s Wx1; Mut (37073 X 37075) | 37513 from C1 Sh1 bz-mutable, Wx1 |

37514 | Yg2 Sh bz1 mut Wx1 / yg2 sh bz1-s wx; Mut / mut (34469-1) @ | ears tested: 3 seg Mut seed, 3 did not segregate; 37514 from sh bz1-s wx (Mut /mut ?) |

37518 | bz1 mut bz1; mut; Mut Mut ; seg wx (35767 sib) | 37518 from bz-mutable Wx |

37523 | C1 C1 bz1 Mut bz1 mut Wx / wx; mut/mut (35363 sib) | tester 37523 from bz ståble, Wx1 and wx |

37527 | bz2-m ac2 ms8 X bz2-m ac2 (36953 ms v X 36943) | tester; 37527 from bz-stable |

37528 | bz2-m bz2-m ac2 ac2 wx wx (34621 sib) | tester; 37528 from bz-stable wx |

37529 | high-knob stock; K10 r wx1 (36530) @ | 37529 from y wx seed |

37530 | high-knob rr; high-loss with B's; KLchr 3L, A1 C R (36531 X 36535) | 37530 from R mottled |

37531 | high-loss stock 0 B's; KL chr 3L; A1 C R (34662 sib) | sometimes poor shedder; 37531 from Pr seeds |

37532 | high-loss stock with with B's; KLchr 3L; A1 C R (36535) @ | can be checked fro loss by crossing as male X a1; 37532 from Pr seeds |

37574 | bz2-m; Ac2«Ac2 / ac; wx m-1 / wx (37249 @ sl exposed) | 37574 from bz very high dots, high Wx-wx variegated |

37590 | bz2-m; ac2 ms8; wx X bz2-m; ac ms / ac + ; wx (36944-4 ms8 X 37021) | tester, 37590 from bz stable |

37591 | bz2-m; Ac2 ms / ac Ms X bz2-m; ac2 ms / ac2 + (36970 -1 N X 36943) | Ac2 came from Ac2«Ac2 as low-dot exception, 37591 from bz with 5 dots |

37596 | bz2-m; Ac2 ms / ac Ms X bz2-m; ac2 ms / ac2 + ; same ped as 37591 above (36970-1 N X 36943) | 37596 from bz with 11 dots |

37600 | bz2-m; Ac2 ms / ac Ms X bz2-m; ac2 ms / ac2 + ; same ped as 37591 above (36970-1 N X 36943) | 37600 from bz with 19 dots |

37601 | bz2-m; Ac2 ms / ac Ms X bz2-m; ac2 ms / ac2 + ; same ped as 37591 above (36970-1 N X 36943) | 37601 from bz with 22 dots |

END OF ACCESSIONS FROM GREENHOUSE 1984 |
||

37630 | G R1 Sr2 / g r1 sr2 X K10-II r1 / N10 R1 (37285 X 37452-25) | very little crossing over between K10-II and r; but not sure abou t C/c segregation; ear had 98 col: 27 colorless; 37630 from r seeds |

37633 | G R1 Sr2 / g r1 sr2 X K10-II r / N10 R (37285 X 37452-12) | ear had 70 colored : 24 colorless seeds; 37633 from colorless seeds |

37638 | K10-I R1 / N10 r X g r1 sr2 (34681 X 34649) | type I K10 with R closely linked aear 500 R:123 r (pref seg); 37638 from R1 Wx seeds |

37639 | K10-I R1 / N10 r X g r1 sr2 (34681 X 34649) same as 37638 above | 37639 from R1 wx seeds |

37653 | Df K10 (F) R - - / K10-I r1 W2 Sr2 X Df K10 (H) R1 W2 - / K10 r1 Wx1 Sr2 (36884 X 36882) | ear 102 R1 wx1 : 48 r1 wx1; 37653 from r1 wx1 (most are K10/K10) |

37659 | Df K10 (F) R - - / Df K10 (H) R1 W2 X r1 + / r1 w2 (C/c ?) (37139-11 sr2 X 37135-5 t gr) | spotted seeds (or pitted) = -1/w2 gives white seedlings; 37659 from R self |

37661 | g r1 sr2; seg wx (36698) sib | 37661 from r1 Wx1 |

37662 | Df K10 (C) R - - / N10 r1 W2 Sr2 X r + / r1 w2 (37142 X 37135 -5) | self col should be Df K10 (C) R - - / N10 r1 W Sr; 37662 from R self col |

37662A | Df K10 (C) R - - / N10 r1 W2 Sr2 X r1 + / r1 w2 (37142 X 37135-3) | 37622 A from R self |

37663 | Df K10 (I) R - - / N10 g r1 W2 sr2 X r1 + / r1 w2 (37127-12 sr2 X 37135 -3t) | observed 6.7 % recombination R-differential segment of Df K10 (I),; 37663 from R1 seeds |

37665 | Df K10 (F) R - - / N10 r1 + sr2 X r1 + / r1 w2 (37123 X 37135-5t) | 37665 from R1 self |

37669 | Df K10 (C) R - - / N10 r1 W2 sr2 X Df K10 (K) R1 W - / N10 r1 w2 + (37145-16 sr2 X 37144-3) | may segregate c ?; 37669 from colorless (most are +/w2) |

37673 | Df K10 (C) R - - / N10 g r1 W2 sr2 X Df K10 (K) R1 W2 - / N10 r1 w2 Sr2 (37146-6 sr2 X 37144-3) | 37673 from colorless (most are +/w2) |

37729 | high-loss stock with B's (36535 sib) | 37729 from Pr seeds |

37730 | high-loss stock with B's X K10-II r1 / K10-II r1; 2 or 3 B's (37532 X 37456-12) | plant 37456-12 checked by PMC; 37730 from Pr seeds |

37742 | wx1 bz1 mut; ws3 lg1 mut gl2 (37510) sib | 37742 from bz stable |

37743 | wx1 bz1 mut; ws3 lg1 mut gl2 (37509) sib | 37743 from bz stable |

37751 | bz2-m; + Ac2«Ac2 + / ms8 ac v16 X bz2-m; ms ac v / + ac v (37327-12 N X 36994-43) | ear had 1 high dot:1 no dot with a few low dot; 37751 from bz stable |

37767 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms X v16 ac2 ms /+ (37327-14 N X 37005-24) | 37767 from bz-mutable (intermediate dot) |

37768 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms X v16 ac2 ms /+ (37327-14 N X 37005-24) same as 37768 above | presumed to be a new Ac2 derived from Ac2«Ac2 ; 37768 from bz-mutable (low dot) |

37784 | bz2-m; + Ac2«Ac2 + / v ac2 ms X bz2-m; v ac ms / v ac + 9 (37327-5 N X 36990 -14 v Ms) | 37784 from bz mutable (100 or more dots) = intermediate |

37797 | bz2-m; + Ac2«Ac2 + / v ac2 ms X bz2-m v ac ms / v ac + (37327-3 N X 36984-2) | probably no change in Ac2«Ac2; 37797 from bz mutable (50 to 150 dots) |

37801 | bz2-m; + Ac2«Ac2 + / v ac2 ms X bz2-m v ac ms / v ac + (37327-19 N X 37005-100) | still segregating, hi dots when tested; 37801 from bz mutable (50 to 150 dots) |

37811 | bz2-m; + Ac2«Ac2 + / v ac2 (ms) X bz2-m v ac (ms) / v ac + (37327-10 N X 36994-43) | not segregating for ms; one parent was not heterozygous for ms; 37811 from bz stable |

37812 | bz2-m; ac ms / ac ms X bz2-m ac2 ms / ac2 + (36944-4 ms X 37201) | tester, 37218 from bz-stable |

37813 | bz2-m ac2 ms8 X bz2-m; ac2 ms / ac2 + (36993 X 37021) | tester, 37813 from bz stable (Wx and wx) |

37814 | bz2-m ac2 ms8 X bz2-m; ac2 ms / ac2 + (36993 ms X 37021) same as 37813 above | tester; 37814 from bz stable (wx and wx) |

37831 | bz2-m Ac2 + / ac ms X bz2-m ac2 ms / ac2 + (36952-1 N X 36943) | Ac2 derived from Ac2«Ac2 as low dot exception; 37831 from bz mutable (28 dots) |

37856 | bz2 ac2 ms8 X bz2-m ac ms / ac + (36993 X 37021) | tester; 37856 from bz stable wx |

37863 | bz2; tr Ac / ac; Ms / ms8 X bz2-m ac ms / ac + (37015 N X 36943) | probably tr Ac from Ac2«Ac2; 37863 from bz2 (7 to 30 dots) |

37864 | bz2-m tr Ac / ac; Ms / ms8 X bz2-m; ac ms / ac + (37597 N X 37527) | probably tr Ac from Ac2«Ac2; 37864 from bz mutable hi dots |

37865 | bz2-m tr Ac / ac; Ms / ms8 X bz2-m; ac ms / ac + (37597 N X 37527) same as 37864 above | 37865 from bz mutable (1 to few dots) |

37867 | bz2-m; Ac2«Ac2 / Ac2«Ac2; wx m-1 / wx1 (37574 -1) @ | Bz = possible reversions from bz2-m; 37867 from Bz with low wx -> Wx spots |

37868 | bz2-m; Ac2«Ac2 / Ac2«Ac2; wx m-1 / wx1 (37574-1) @; same as 37867 above | 37868 from bz2 mutable (wx -> Wx, low or absent ) |

37874 | bz2-m; ac2 gl6 lg2 ( 37098 sib X -12) | tester for tr-Ac2 on chromosome 3; 37874 from bz stable Wx |

37883 | bz2-m ac2 wx (34621 sib gl X N) | unidentified gl segregation, 37883 from bz stable wx |

37890 | I Bz Wx Ds A1 R1 y1 X McC Dp9 Yg2 C1 Sh wx1 / N9 (yg2) c1 sh wx1 (37210 X 37183-4) | 37890 from I with no C spots + I/c ? |

37919 | Bz2 / bz2 m; ( Ac2«Ac2 / ac ); wx1 wx1 | ear segregates for Bz, bz mutable (low), and bz stable; 37919 from Bz |

37933 | bz2-m; ( Ac2 Ac2 Ac2 / Ac2«Ac2); (37274 @ wx1 wx1) | all but one kernel of the ear had dots; 37933 from bz mutable (nearly self col = very high dot number) |

37934 | Bz R-1 / bz2-m; Ac2/ac2 X bz2-m ac2 (35110 X KN 622-4) | Bz reversion from bz-m/bz-m ac2 ac2 FEMALE X bz2-m bz2-m Ac2 / Ac2 MALE; KN = K. Newton; 37934 from Bz kernels |

37935 | Bz R-2 / bz2-m; Ac2 / ac (35112-1 t) @ | Bz2 reversion as above for entry 37934; 37935 from Bz kernels |

37936 | Bz R-2 / bz2-m; Ac2/ac2 X bz2-m ac2 (35112-1 X KN 622-1) | 37936 from Bz kernels |

37937 | Bz R-3/ bz2-m; Ac2/ac2 X bz2-m ac2 (35112-2 X KN 622-1) | two reversions in 35112 (independent events presumably); 37937 from Bz |

37938 | Bz2 R-4/ bz2-m; Ac2/ac2 ( 35117 @ ) | Bz reversion as above in 37937; 37938 from Bz |

37939 | Bz2 R-5 / bz2-m; Ac2/ac2 tr-Ac / ac (35119) @ | ear had 200 Bz: 65 bz mutable (high, med, and low dots) and 21 bz stable; Bz from reversion as above in 37937 ; 37939 from Bz |

37940 | Bz2R-6/ bz2-m; Ac2/ac2 (35119 @ A) | Bz reversion as above; 37940 from Bz |

37941 | Bz2 R-6/ bz2-m; Ac2/ac2; bz2-m ac2 (351119 A t X KN 622) | 37941 from Bz |

37942 | Bz2 R-7/ bz2-m; Ac2/ac2; tr Ac / ac (35123) @ | ear 185 Bz:49 bz mutable (hi, med lo): 11 bz stable; 37942 from Bz |

37943 | Bz2 R-8 / bz2-m; Ac2/ac2;bz2-m ac2 (36044 -1 X 36000 -16) | Bz reversion as above; 37943 from Bz |

37944 | Bz2 R-9/ bz2-m; Ac2/ac2; bz2-m ac2 (36044-2 X 3600 -13) | Bz reversion as above; 37944 from Bz |

37945 | Bz2 R-10/ bz2-m; Ac2/ac2; (tr Ac / ac) X bz2-m ac2; ms /+ (36060 X 36127-1) | Bz reversion as above; ear 178 Bz: 104 bz mutable (hi and lo): 56 bz stable; 37945 from Bz |

END OF SECOND SET OF INFO SHEETS SENT BY |
ELLEN DEMPSEY ; | |

37946 | Bz2 R-11/ bz2-m; Ac2/ac2; bz2-m ac2; ms /+ (36082 X 36000-16) | Bz revertant as above, 37946 from Bz |

37947 | Bz2 R-12/ bz2-m; Ac2/ac2; bz2-m ac2; ms / + (36102 X 36127-1) | Bz revertant as above, 37947 from Bz |

37968 | a-mrh / a-mrh; sh Wx1 Mrh / Sh wx1 mrh X a1 a1; Sh wx1 Mrh / sh wx1 Mrh (33059 X 33064 -3) | 37968 from many dot kernels, Sh Wx1 |

37971 | KL yg2 C1 sh bz wx1 X Yg C1 sh bz1-mut wx1 / (KL) yg C1 sh bz1s wx1; mut / mut (34654 X 34672 A-1) | 37971 from C1 sh bz wx1 |

37972 | Yg/yg c1 sh wx1 X yg2 c1 sh wx1 (34827 - 37 X 34743) | gl segregation unknown; 37972 from c1 sh wx1 |

37973 | a1s a1s Mrh Mrh X a1s a1s Mrh Mrh (34635- A X 34636) | standard a1; this DOES NOT respond to Mrh; Dt is heterozygous in one or both parents, 37973 from a1 sh2 Dt |

37974 | a1s a1s Mrh Mrh X a1s a1s Mrh Mrh (34635- A X 34636) same as 37973 above | 37974 from a1 sh2, no dots (some may have Dt) |

37976 | a1s a1s Mrh Mrh X a1s a1s Mrh Mrh (34636-B X 34635) | gl segregation is unknown, 37976 from a1 sh2 (no dots) |

37979 | A / a-mrh; bz2-m/bz2-m; Wx1-mrh / wx1-mrh; ac2 /ac2; Mut ? (36496-12) @ | ear bz-stable segregates a-stable, 37979 from a-stable y wx1 |

37980 | A / a-mrh; bz2-m/bz2-m; Wx1-mrh / wx1-mrh; ac2 /ac2; Mut ? (36496-12) @; same as 37979 above | 37980 from a-stable y Wx1 |

37982 | a-mrh / a-mrh; sh1 wx1 mrh (bz1 ?) (35539-14) @ gr | 37982 from a-stable sh wx |

37983 | a-mrh / a-mrh; yg/+; sh wx1 mrh X (a-mrh/a1) yg sh wx1 mrh (35834 X 35831) | 37983 from a stable sh wx1 |

37984 | A/a-mrh; bz2-m / bz2-m; mrh ac2/ mrh ac2 (36496) @ | 37984 from a stable |

37985 | a S-M Sh 2 / a1 sh2; Mrh / Mrh (34114 @) | a S-M by mutation from a-mrh + Mrh; this does not respond to Mrh; 37985 from a Sh |

37999 | Df9 Wx / Yg C1 sh wx1 X wd C1 sh wx1 / Wd c sh wx1; + Wd-ring (33652-5 X 33660-13) | Wx1 marks Df 33164 but crossovers occur; 37999 from C1 sh Wx1 |

38004 | wd C1 sh wx1 / Df 33164 Wx1; + Wd-ring (carries I) (34273 sib str X str) | 38004 from I-C mosaic sh wx1 seeds |

38020 | tr Ac2 / gl6 lg2 ac2 ; bz2-m X Ac2 ms8 / ac2 + ; bz2-m (37421-15 X 37216N) | tr Ac2 gives low-dot kernels, 38020 from bz2 many dots, Wx1 and wx1 |

38021 | tr Ac2 / gl6 lg2 ac2 ; bz2-m X Ac2 ms8 / ac2 + ; bz2-m (37421-15 X 37216N) same as 38020 above | 38021 from bz2 high dots |

38022 | tr Ac2 / gl6 lg2 ac2 ; bz2-m X Ac2 ms8 / ac2 + ; bz2-m (37421-15 X 37216N) same as 38020 above | 38022 from bz2 low dots (> 7) |

38023 | tr Ac2 / gl6 lg2 ac2 ; bz2-m X Ac2 ms8 / ac2 + ; bz2-m (37421-15 X 37216N) same as 38020 above | 38023 from bz2 with 1-7 dots |

38024 | tr Ac2 / gl6 lg2 ac2 ; bz2-m X Ac2 ms8 / ac2 + ; bz2-m (37421-15 X 37216N) same as 38020 above | 38024 from bz2 no dots |

38025 | Df K10 (C1) R1 - - / N10 r1 W2 Sr2 X K10 + r1 + + / N10 g r1 + sr2 (37494 with 2 pollen sizes X 37495-13) | some progeny plants checked by PMC; 38025 from R1 |

# 38027 THRU 38040 - CROSS SIMILAR TO THIS WAS
SOURCE OF 3 NEW MUTABLE SYSTEMS |
# 38027 THRU 38040 - CROSS SIMILAR TO THIS WAS SOURCE OF 3 NEW MUTABLE SYSTEMS | |

38027 | high-loss / high knob X bz2-m ac2 (37530-1 X 37528) | high loss is A1 C1 R1 and has KLon 3L; high knob is K10 r / K10 r and all chromosomes have knobs except chrom 9; 38027 from self and mottled seed |

38029 | high-loss / high knob X bz2-m ac2 (37530-3 X 37528) | 38029 from self and mottled seed |

38032 | high-loss / high knob X bz2-m ac2 (37530-6 X 37528) same as 38029 above | 38032 from self and mottled seed |

38035 | high-loss / high knob X bz2-m ac2 (37530-9 X 37528) same as 38029 above | 38035 from ( self and mottled) 2 sizes of kernels |

38039 | high-loss / high knob X bz2-m ac2 (37530-11 X 37528) same as 38029 above | 38039 from self and mottled |

38040 | high-loss / high knob X bz2-m ac2 (37530-12 X 37528) same as 38029 above | 38040 from self and mottled |

38055 | + + Mut gl / ws lg mut gl; bz1-mut X ws3 lg1 Mut + / ws3 lg1 mut gl; bz1-mut (37355 X 37350) | some mottled kernels make classification difficult; 38055 from bz-mutable fairly low dots |

38056 | bz1-mut / bz1-mut; Mut /Mut; Wx1 / wx1 X yg sh bzs Wx1 / yg sh bzs wx; Mut/mut (37518 X 37517-2 yg) | bz1s = standard bz1; 38056 from bz-mutable Wx1 |

38057 | bz1-mut / bz1-mut; Mut /Mut; Wx1 / wx1 X yg sh bzs Wx1 / yg sh bzs wx; Mut/mut (37518 X 37517-2 yg) same as above | 38057 from bz-mutable wx1 |

38071 | bz2-m; v16-ac2; ms8 /+ (36994-43 @) | tester, 38071 from bz-stable |

38081 | Df K10 (C) R - - / N10 r W2 Sr2 X K10-II r / K10-II r; 2 or 3 B's (37494 with 2 pollen sizes X 37456-12) | 38081 from R1 |

38082A | bz1-mut wx1; Mut/mut X ws3 lg1 mut gl2; bz1-mut wx1 (37507-1 X 37510) | 38082A from bz1-mutable, wx1 |

38089 | bz1-mut; + + Mut + / ws lg Mut gl X ws3 lg1 mut gl2; bz1-mut (37512 Gl X 37510) | 38089 bz-mutable seeds |

38090 | bz1-mut; + + Mut + / ws lg Mut gl X ws3 lg1 mut gl2; bz1-mut (37512 Gl X 37510) same as 38089 above | 38090 bz-mutable, lighter background |

GREENHOUSE 1985 PLANTING #38128 THRU #38205 |
GREENHOUSE 1985 PLANTING #38128 THRU #38205 | |

38128 | high-loss X high-loss/K10-II (37729-5 X 37730-22) | plants 38128-2 and -3 had K10-II/N10 and at least 6 B's by PMC; 38128 from Pr |

38131 | high loss with B's; (35333-12 sib) | 38131 from Pr |

38153 | Gl6 tr-Ac2 Lg2 A1 / gl6 ac2 lg2 a1; bz2-m X gl6 ac2 lg2 A1; bz2-m ( 36837 X 36836-6) | tr-Ac2 on chromosome 3 came from Ac2 on chromosome 8, 38153 from bz mutable |

38159 | high-knob K10r / K10 r (34676-5 X sib) | 38159 from y seeds |

38163 | Yg bz1-mut Sh wx1 / yg bz1s sh wx1; Mut / Mut (38057-B) @ | 38163 from bz1s sh1 no dots |

38164 | bz1-mut bz1-mut; Mut / Mut (37518 sib) | 38164 from bz1-mut with dots; Wx1 |

38165 | bz1-mut bz1-mut; Mut / Mut (37518 sib); same as 37518 above | 38165 from bz1-mut with dots, wx1 |

38186 | a1-mrh / a1-mrh; Mrh / Mrh (37969-2) @ | 38186 from a1-mutable |

38187 | a1-mrh Sh2 / a1 sh2; Mrh / Mrh; dt / dt (37964-3 )@ | 38187 from a-mrh Sh2 Mrh |

38189 | a1-mrh; sh1-wx-mrh (37982) @ | heterozygous or homozygous bz1; may segregate for Dt; 38189 from a-stable |

38192 | a-mrh / (a1 sh2); (tr-Mrh ? /m) X c1 sh bz wx1 (37962-5 X 37970) | 38192 from Pr Wx1 |

38198 | bz2-m; ms ac2 v16 / ms ac2 + X Ms ac2 v16 / Ms ac2 v16; bz2-m (37751-6 X 37811-4) | v16 homozygotes do poorly in GH; 38198 from bz-stable |

38199 | bz2-m; ms ac2 + / ms ac2 v16 X + ac2 v16 / ms ac2 v16 (37782 X 37811-5) | 38199 from bz-stable |

38205 | bz2-m; ms ac2 v16 / ms ac2 + X ms /+ ; ac2 v16; bz2-m (37756-15 X 37811-1 ) | 38205 from bz-stable |

FIELD 1985 PLANTING #38210 THRU #38820 |
FIELD 1985 PLANTING #38210 THRU #38820 | |

38210 | bz2-m; ms ac2 v16 / ms ac2 v16 X + ac2 v16 / ms ac2 v16; bz2-m (37775 ms X 37751-10) | 38210 from bz-stable |

Df 33166 gave rise to Dp9 (MMR) - see 36652. Df 33166 arose when a high-loss stock with KL9 was used as a male parent. It is deficient for Yg but seems to have small heterochromatic cap on 9S; Df 33166 gives high-loss behavior in microspores with 1 B chromomose ( traditional high loss spores have 2 or more B's); chromosome breaks tend to occur in distal half of 9S unlike high loss | Df 33166 gave rise to Dp9 (MMR) - see 36652. Df 33166 arose when a high-loss stock with KL9 was used as a male parent. It is deficient for Yg but seems to have small heterochromatic cap on 9S; Df 33166 gives high-loss behavior in microspores with 1 B chromomose ( traditional high loss spores have 2 or more B's); chromosome breaks tend to occur in distal half of 9S unlike high loss | |

38212 | Yg2 / yg2; c1 sh wx1 X wd C1 Sh wx1 / Df 33166 C1 sh Wx1; + ring with Wd and I (33983 X 33919-20 wd str) | 38212 from Pr, C-c sh Wx-wx |

38225 | wd C1 Sh wx1 gl / Df 33166 C1 sh Wx1 +; with I Wd ring X yg c1 sh wx1 (33936-8 X 33918) | Df= Df 33166; 38225=str plant which is (gr-yg); 38225 from I-C sh wx |

38261 | bz2-m; + Ac2«Ac2 Ms / v16 ac2 (Ms) X v16 ac2 ms8/+; bz2-m (38142L-2 X 38198 v16) | 38261 from bz with many dots |

38276 | g r sr2 X g r sr2 (36698-8 X sib) | segregates for wx1; 38276 from r Wx1 |

38314 | K10-II r / N10 R1; high loss with 2 B chroms X high loss with B's (38130-4 X 38131 A1 C R) | 8 plants in 38314 checked by PMC- all heterozygous K10-II; number of B's ranging from 3 B's to 9 B's; 38314 from mottled seed |

38316 | + + Mut + / ws3 bz1 mut gl2; bz1-mut X ws3 lg1 mut gl / ws3 lg1 Mut gl; bz1-mut (38090 X 38089) | 38316 from bz-mutable |

38324 | + + Mut + /+ + Mut + ; bz1-mut Wx1 / bz1-mut wx1 (37518 sib) | 36324 from bz1 mutable Wx1 |

38325 | + + Mut + /+ + Mut + ; bz1-mut Wx1 / bz1-mut wx1 (37518 sib); same as 38324 above | 38325 from bz1 mutable wx1 |

38329 | ws3 lg1 Mut + / + + mut gl; bz1-mut X ws lg mut gl; bz1-mut wx (38055 X 37742-2) | 38329 from bz1-m; no dots |

38333 | ws3 lg1 mut gl2; bz1-mut wx1 (37510 sib) | 38333 from bz-stable |

38339 | c1 sh bz1 wx1 (37970 sib) | 38339 from c1 sh wx1 |

38351 | Sh1 bz1 mut wx1 / sh bz1 wx1; Mut / mut (38057-A ) @ | Bz= possible reversion from bz1-mut; 38351 from Sh Bz wx1 |

38353 | ws3 lg1 mut gl / + + Mut +; bz1 mut wx1 X same (38082-A-13 X A) | Bz=possible reversion from bz1-mut; 38353 from Bz wx |

38361 | ws3 lg1 mut gl / + + Mut +; bz1 mut wx1 X same (38082-A-9 X B) | Bz=possible reversion; 38361 from Bz wx |

38454 | Df K10 (C1) R1 - - - / K10 r1 L W Sr2 X g r sr2 (35524-B X 35534g) | recombination between R and Df-C is higher when heterozygous with K10 then when heterozygous with N10; 38454 from R1 seed |

38455 | Df K10 (K) R-g - / N10 g r-r sr2 X (r-r) + Sr2 / (r-g) w2 Sr2 (35016 X 34980-3) | segregates pink and green anthers; r superscripts are tentative; 38455 from R seeds |

38456 | Df K10 (C1) R1 - - / Df K10 (H) r W2 - X r w2 + / r W2 sr2 (38121-10 sr) (self ? sib ?-no info) | 38456 from R self seeds |

38458 | bz2-m; v16 ac2 / + ac2; (+/ms) X bz2-m; + Ac2«Ac2 + / v16 ac2 + (38198-7 gr X 38140) | 38458 from bz-mutable (range in no of dots) |

38482 | bz2-m; + Ac2«Ac2 + / v16 ac ms X bz2-m; v16-ac2; ms8/+ (38140-4 X 38198 v16) | 38482 from bz2 many dots |

38490 | bz2-m; + Ac2«Ac2 + / v16 ac ms X bz2-m; v16-ac2; ms8/+ (38140-4 X 38198 v16) same as 38482 above | 38490 from bz-stable |

38599 | ws3 lg1 Mut gl / ws lg mut gl; bz1-mut X sweet corn (38054 X NK199 su) | 38599 from Pr seeds |

38616 | Bz2 R-7 / bz2-m; Ac2/(); tr Ac / () (37942) @ | ear had following seg ratios: 186 Bz: 68 bz mutable: 13 bz-stable; Bz=reversion from bz2-m; 38616 from Bz seeds |

38660 | bz2-m ac2; +/v16 X high knob progenitor of Ac2 system (38205 X 38159-2) anther pollination | high-knob stock, segregates for Ac2; 38660 from Pr seeds |

38663 | bz2-m ac2 v16 X high knob progenitor (38204 X 38158-2) | 38663 from pr and Pr seeds |

38677 | v16 ac2 ms; bz2-m X v16 ac2; Ms/ms8; bz2-m (37775 ms X 37751-10) | tester; 38677 from bz stable |

38684 | bz2-m; Ac2«Ac2 / ac2; tr-Ac / ac; wx1 X bz2-m; ac2 wx1 (37318-4 N X 36943) | test crossed ears: 11 seg Ac:14 all bz-stable (tr-Ac gives lo dots and some no dot kernels) 38684 from bz2 no dots, wx |

38705 | a1 Dt (brown plant color) X bz2-m; Ac2«Ac2 / Ac2 (37958-A X 37925-6 t) | segregating for bz ?? segregating for B Pl; 38705 from self col Wx seeds |

38708 | a1 Dt (brown plant color) X bz2-m; many Ac2 doses (37958 X 37923-3) | segregates for B Pl; 38708 from Pr seeds |

38779 | + Sh bz1 mut / yg2 sh bz1; Mut / mut (38057 @ - A) | 3/4 of the progeny plants should carry Mut; 38779 from sh bz1 no dot seeds |

38780 | bz1-mut; mut (35363 X sib) | tester for Mut ; 38780 from bz1-stable |

38786 | a-mrh / a1; Sh wx1 Mrh / sh Wx Mrh; prob dt dt (37968 ) @ | segregates for yg; amrh - Mrh interaction gives much higher dot no than a1-Dt; 38786 from Sh Wx; a-mutable (high dots) |

38787 | a-mrh / a1; Sh wx1 Mrh / sh Wx Mrh; prob dt dt (37968 ) @ ; same as 38786 above | segregates for yg; 38787 from Sh Wx1; a-mutable (very high dots) |

38788 | a-mrh / a1; Sh wx1 Mrh / sh Wx Mrh; prob dt dt (37968 ) @ ; same as 38786 above | segregates for yg; 38788 from Sh wx1; a-mutable |

38790 | a-mrh / a1; Sh wx1 Mrh / sh Wx Mrh; prob dt dt (37968 ) @ ; same as 38786 above | 38790 from Sh wx1; a-stable |

38806 | ap / a1; probably dt dt X a-mrh /a-mrh; Mrh/mrh (or it may be) a-mrh/a; Mrh/Mrh (37949 X 37969-4) | ap = new pale allele from a1 Dt system - this arose in 32119, does not respond to Dt or to Mrh; 38806 from pale with dots |

38807 | a-mrh Sh / a1 sh2; mrh / mrh X a-mrh /a-mrh; sh1 wx1 mrh / sh1 wx1 mrh (37961-3 X 37982 yg) | 37982 may segregate for bz1; 38807 from a-stable Sh |

38808 | a-mrh Sh / a1 sh2; mrh / mrh X a-mrh /a-mrh; sh1 wx1 mrh / sh1 wx1 mrh (37961-4 X 37982) | 38808 from a-stable Sh |

38820 | a-mrh Sh / a1 sh2; Mrh / Mrh X a-mrh / a-mrh; Mrh/Mrh (38187 X 38186) | 38820 from dotted-colorless sectored kernels |

GREENHOUSE 1986 PLANTINGS, # 38867 THRU
#38943 |
GREENHOUSE 1986 PLANTINGS, # 38867 THRU #38943 | |

38867 | Df K10 (C1) R1 - - / N10 g r W sr2 X Df K10 (K) R1 W2 - / N10 r w2 Sr2 (38454-10 sr X 38455-11) | 38867 from R deep color (self) |

38876 | K10-II r Sr2 / Df K10 (H) R - X g r sr2 (38274-8 X 38276-1) | 38876 from r seed (segregates for wx) |

38888 | bz2-m; + ac2 ms8 / v16 ac2 ms8 X v16 ac2; ms8/+; bz2-m (38382 ms X 38210) | tester; 38888 from bz2, pr, Wx |

38889 | bz2-m; + ac2 ms8 / v16 ac2 ms8 X v16 ac2; ms8/+; bz2-m (38382 ms X 38210) same as 38888 above | 38889 from bz2, pr, wx1 |

38891 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms X v16 ac2; ms8/+; bz2-m (38251-2 N X 38210) | 38891 from bz2-stable |

38896 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms X v16 ac2; ms8/+; bz2-m (38251-8 N X 38208) | 38896 from bz2-stable |

38908 | + ac ms / v ac ms; bz2-m X v16-ac2- ms8/+; bz2-m (38383 ms X 38677) | 38908 from bz2-stable |

38909 | bz1-mut mut (35363 sib) | tester, 38909 from bz1-stable |

38922 | ws3 lg1 mut gl; bz1-mut (37510 sib) | 38922 from bz1-stable |

38924 | v16 ac2 ms; bz2-m; Wx1 pr X + Ac2«Ac2 + / + ac2 (); bz2-m; wx1 pr (38676 ms X 38680-9) | Pr Bz = contamination or reversion; 38924 from Pr Bz |

38933 | (Ac2 Ac2 / ac); Bz2 A1 / bz2-m a1 {good purple} X (Ac2 Ac2 / ac2); Bz2 A1 Wx1 C1 / bz2-m a1 wx1 c1 (38708 X 38705-6) | 38933 from bz1 with many dots, y |

38940 | + Ac2«Ac2 ms / v ac ms; bz2-m X v16 Ac2 «Ac2 «Ac2 + / (v?) Ac ms; +; tr Ac / ac; bz2-m (38604 ms X 38672-17) | 38940 from bz2 with many many dots |

38942 | + ac2 ms / v16 ac2 ms; bz2-m X v16 ac2 ms/+; bz2-m (38382 ms X 38677) | 38942 from bz-stable |

38943 | + Ac2 ms / v ac2 + ; bz2-m X v ac2 + / v ac ms; bz2-m (38613-1 N X 38677) | single dose Ac2; 38943 from bz2 with low dots |

FIELD PLANTING 1986, ENTRIES #38950 THRU
#39703 |
FIELD PLANTING 1986, ENTRIES #38950 THRU #39703 | |

38950 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms8 X bz2-m; v16 ac2; ms /+ (38251-2 N X 38210) | 38950 from bz2, with many dots |

38955 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms8 X bz2-m; v16 ac2; ms /+ (38251-2 N X 38210) ; same as 38950 above | v16 requires temp > 74 degrees F to turn green; 38955 from bz2, no dots |

38960 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms8 X bz2-m; v16 ac2; ms /+ (38251-4 N X 38210) | ear 1 many dots : 1 no dot and a few low dot; 38960 from bz2 many dots |

38967 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms8 X bz2-m; v16 ac2; ms /+ (38251-4 N X 38210); same as 38950 above | new tr-Ac2 or remnant Ac2 (ie. single Ac2); 38967 from bz2 with 2 dots |

38969 | bz2-m; + Ac2«Ac2 + / v16 ac ms X bz2-m; v16 ac2; ms /+ (38251-7 N X 38210) | 38969 from bz2 many dots |

38975 | bz2-m; + Ac2«Ac2 + / v16 ac ms X bz2-m; v16 ac2; ms /+ same as 38969 above; (38251-8-N X 38208) | 38975 from bz2 many dots |

38985 | bz2-m; + Ac2«Ac2 + / v16 ac ms X bz2-m; v16 ac2; ms /+ (38251-8-N X 38208) same as 38975 above | 38985 from bz2 no dots |

38986 | bz2-m; + Ac2«Ac2 + / v16 ac ms X bz2-m; v16 ac2; ms /+ same as 38969 above; (38251-10-N X 38210) | 38986 from bz2 many dots |

39020 | bz2-m; v16 ac2 ms X bz2-m; + Ac2«Ac2 + / v16 ac2 + (38210 ms X 38251 -13) | not segregating for ms, segregating for wx1; Bz = possible revertant; 39020 from Bz wx1 |

39027 | bz2-m; v16 ac2 ms X bz2-m; + Ac2«Ac2 + / v16 ac2 + same as 39020 above; (38210 ms X 38251-5) | segregates for wx1; Bz = possible revertant; 39027 from Bz |

39040 | bz2-m; + Ac2«Ac2 ms / v16 Ac2«Ac2 + X bz2-m; (v16) ac2; ms/+ (38932-2 N X 38942) | Bz = possible revertant; ear - all bz seeds have dots; 39040 from Bz |

39049 | bz2-m; + Ac2«Ac2 ms / v16 Ac2«Ac2 + X bz2-m; v16 ac2; ms/+ (38932-3-N X 38895 v16) | Bz = possible revertant ; 39049 from Bz |

39068 | bz2-m; v16 ac2 ms X bz2-m; + Ac2«Ac2 ms / v16 Ac2«Ac2 + (38895 ms X 38932-1-N) | Bz = possible revertant; 39068 from Bz |

39069 | bz2-m; v16 ac2 ms X bz2-m; + Ac2«Ac2 ms / v16 Ac2«Ac2 + (38895 ms X 38932-1-N) ; same as 39068 above | 39069 from bz2 many dots |

39073 | bz2-m; v16 ac2 ms8 X bz2-m; + Ac2«Ac2 ms / v Ac2 «Ac2 «Ac2 + ; + tr Ac / ac ( 38893 ms X 38940 -2) | Bz = possible revertant, bz seeds with very high dot number ; 39073 from Bz |

39079 | bz2-m; v16 ac2 ms8 X bz2-m; + Ac2«Ac2 ms / v Ac2 «Ac2 «Ac2 + ; + tr Ac / ac same as 39079 above (38895 ms X 38940 -2) | Bz = possible revertant ; 39079 from Bz |

1986 CYTOLOGICAL STOCKS ENTRIES #39090 THRU
#39131 |
1986 CYTOLOGICAL STOCKS | |

NOTE: S = Saraiva | NOTE: S = Saraiva | |

39090 | normal KYS (35614 sib) | |

39091 | ( Inv 1a / Inv 1a ) ?? (S776-11 X -10) | S = Saraiva |

39092 | ( Inv 1a / N ) ?? X KYS (S775-4 X -801) | |

39093 | Inv 2a / Inv 2a (S778-1 X -2) | |

39095 | Inv 2b / Inv 2b (S780-6 X -10) | |

39097 | Inv 3a / Inv 3a (S782-4 X -1) | |

39099 | Inv 3b / Inv3b (S784-6 X -3) | |

39103 | Inv 4a / Inv 4a (S788-5 X -10) | |

39105 | Inv 5a / Inv 5a (S790-7 X -8) | |

39106 | Inv 5a / Inv 5a (S790 -16 X 811 KYS) | |

39107 | Inv 7a / Inv 7a (S792-2 X -8) | |

39108 | Inv 7a / Inv 7a (S792 -1 X 811 KYS) | |

39109 | Inv 9a / N (S794-1) @ ¥ | Li inversions breakpoints 9S.7 - 9L.9 from Anderson 50-1412-6 / 1041-397 {see MNL 1950 and 1957}; Inversion probably carries c1 Sh Wx1 |

39110 | T 1-6 / T1-6 (Saraiva 795 -2 X -1) | 39110 from Y |

39111 | T 1-6 / T 1-6 (S795-5 X 811 KYS) | |

39112 | T 1-9a / T 1-9a (S803 -6 X -7) | |

39114 | T 5-6c / T 5-6c ( S799-17 sib) | y seed |

39115 | T 2-9b wx1 / N X same (Saraiva 806-4 ¥ X -1 ¥) | 39115 from colored Wx1 seeds |

39119 | T 3-9c wx1 / T 3-9c wx1 ( S807-9 X -5) | |

39121 | T 4-6 sat / T 4-6 sat ( S802-3 X -4) | |

39123 | T 4-10b / T 4-10b ( S818-2 X -9) | |

39125 | T 6-9b / N; seg K10 ? ( S814-2 ¥ X 822 KYS) | |

39126 | T 4-9 / T 4-9 (S809-2 X -1) | DT Morgan 21-35; produced in KYS, probably by X-rays; breakpoints 4 L.4 - 9L.6; See photos pg 172 MMR Chapter Corn and Corn improvement |

39127 | (T 5-9c / N; Inv 1a / N ) (Saraiva 812-8 ¥ X 801 normal KYS) | |

39128 | T 8-9a / T 8-9a ( S816-4 X -3) | |

39130 | T a74 / N (S819-7 ¥ X 820 KYS) | probably Anderson a-74 (our 9012 pedigree) 16-609-3 / 16-664-17E; {note T 3-5 is same as a-74} an unusual translocation, breakpoint in 3 is through the centromere and breakpoint in 5 is distal to knob in 5L; pairing of distal end of N5 and piece attached to 3S occurs rarely, occasionally see chains of 5 at Diakinesis; Pachytene often shows all bivalents but our 3 has protruding bits near centromere, Inclusion of K10 in genome promotes rare pairing ; see the original for sketch |

39131 | normal KYS (35614 sib) | |

39132 | probably Df K10 (C1) R1 - - / Df K10 (K) R1 W2 - X KL9 yg2 C1 sh bz wx1 (38874 -1 sr2 X 38840 yg2) | 39132 from R1 Wx1 |

39148 | g r sr2 X same (36698 sib) | 39148 from r Wx1 |

39151 | r1 W2 / r1 (w2) X r1 W2 / r1 (W2) (38450-2 X 38453) | probably CC; 39151 from lt Y |

39152 | Df K10 (C1) R1 - - / Df K10 (H) r1 W2 - X r1 w2 Sr2 / r1 W2 sr2 (38121-10-sr X 38123 gr) | segregating for w2; 39152 from r |

39162 | g r1 sr2 X K10-II r1 / N10 R1; 9 B chromosomes (38276 X 38314 - 57) | ear R1 mottled and r1; sr plants are new Df K10-II cases; 39162 from r1 |

39166 | "Df K10 (C1) R1 - - / Df K10 (H) r1 W2 - X r1 w2 Sr2 / r1 W2 sr2 (38121-10-sr X 38123 gr) | sr plants in progeny are new Df-K10-II cases; 39166 from r |

39172 | r1 + sr2 / r (w) sr2 X K10-II r1 Sr2 / N10 R1 Sr2 same as 39166 above (38291 sr X 38314-57) | 39172 from r1 |

39178 | g r1 sr2 X K10-II r1 Sr / N10 R1 Sr with 9 B chromosomes (38574 X 38585-1 anther pollination) | 39178 from r1 |

39180 | g r1 sr2 X K10-II r1 Sr / N10 R1 Sr with 9 B chromosomes same as 39178 above (38574 X 38585-1 ) | 39180 from r1 |

39185 | a1/a1; Sh1 wx1 Mrh / sh1 Wx1 Mrh; dt/dt (38790 @ ) | tester for a-mrh; segregates for yg, 39185 from a-stable Sh Wx |

39186 | a1/a1; Sh1 wx1 Mrh / sh1 Wx1 Mrh; dt/dt (38790 @ ) same as 39185 above | 39186 from a-stable sh Wx1 |

39191 | a1p / a-mrh; mrh / mrh (38191 @) | ear segregates pale and colorless (39191 from colorless) |

39192 | a-mrh a-mrh; Mrh Mrh (38823 @) | 39192 from a-mutable |

39194 | a-mrh a-mrh; Mrh Mrh (38788 @) | 39194 from a-mutable |

39202 | ap / a-mrh; Mrh/mrh dt X a-mrh Sh / a1 sh2; mrh/mrh dt (38806 X 38807-2t) | 39202 from pale with many dots |

39210 | gl lg a1 sh2; Dt/dt X a1 sh2 (dt ?) (36186A-3 lg X 36186) | 39210 from a1 sh2 (no dots ?) |

# 39247 thru # 39259 : some "revertants" are not
stable for Bz |
# 39247 thru # 39259 : some "revertants" are not stable for Bz | |

39247 | Sh Bz R-1 wx1 / sh bz1 wx1 ; Mut / mut X C1 sh bz1 wx1 (36917 X 36898) | Bz = revertant from bz1-mut; 39247 from C1 Sh Bz1 wx1 |

39248 | C1 Sh Bz R-2 Wx1 / C1 sh bz1 wx1 ; Mut / mut X C1 sh bz1 wx1 (36916 X 36898) | Bz = revertant from bz1-mut; 39248 from C1 Sh Bz1 Wx1 |

39249 | Sh Bz R-3 / c1 sh bz1 wx1 ; Mut / mut X C1 sh bz1 wx1 (38915-2 X 38840 yg) | Bz = revertant from bz1-mut; 39249 from Sh Bz1 |

39259 | Sh Bz R-4 / sh bz1; Mut / mut X C1 sh bz1 wx1 (38916-A X 38840 yg) | Bz=revertant; 39259 from Sh Bz |

39267 | KL9 C1 sh bz1 wx1 X seg Yg/yg 38840 sib gr X yg (38840 sib gr X yg) | 39267 from sh bz1 wx |

39365 | g r1 sr2 X K10-II r1 / N10 R1 high loss with 8 B chroms (38576 X 38585 -14) anther pollination | sr cases = new Df K10-II, 39365 from r |

39379 | g r1 sr2 X K10-II r1 / N10 R1 high loss with 6 B chroms; same as 39365 above; (38576 X 38585 -15) | sr=new Df K10-II, 39379 from Y colorless |

39435 | bz2-m; + Ac2 + / v ac + X v16 ac2; +/ms; bz2-m (38252-1 N gr X 38210) | Ac2 isolated from Ac2«Ac2; 39435 from bz- mutable, med dot number |

39436 | bz2-m; + Ac2 + / v ac + X v16 ac2; +/ms; bz2-m same as 39435 above (38252-1 N gr X 38210) | 39436 from bz-mutable, high dot |

39469 | bz2-m; v16 ac2 ms X v16 ac2; ms/+; bz2-m ( 37769-A ms X 37751-10) | 39469 from bz-stable |

39470 | bz2-m; v16 ac2 ms X v16 ac2; ms/+; bz2-m ( 37769-A ms X 37751-10) same as 39469 above | 39470 from bz-stable |

39506 | c1 sh bz1 wx1 X bz2-m; Ac2«Ac2/ac2; (A1/a1) (38939 X 38933-3) | male parent with plant color factors, 39506 from C1 with small bz areas |

39507 | c1 sh bz1 wx1 X bz2-m; Ac2«Ac2/ac2; (A1/a1) (38939 X 38934-1) | male parent has plant color factors, 39507 from light mottled |

39511 | Bz2-m R-7 / bz2-m; Ac2 / Ac2 (38616-2 @) | Bz revertant from bz2-m, 39511 from Bz |

39521 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms; tr-Ac / ac X bz2-m; v16 ac2 ms /+ (38487-N X 38677) | ear segregation pattern 2 many dots:1 low dot: 1 no dots and a new tr-Ac; 39521 from bz-mutable low dots |

39525 | bz2-m; + Ac2«Ac2 + / v16 ac2 +; Ac / + X bz2-m; v16 ac2; ms /+ (38231-7 N X 38210-12) | new tr-Ac; 39525 from bz-mutalbe low dots |

39532 | bz2-m; + Ac2«Ac2 + / v16 ac2 (+); Ac /+ X bz2-m; v16 ac2 (ms /+ probably) (38482-N X 38490-32) | did not segregate v16 or ms, 39532 from bz-mutalbe low dots |

39551 | Bz R-7 / Bz R-7 X Ac2/(Ac2); (tr-Ac ?) 38616 colored anthers @ (38616 colored anthers @) | segregate gm (= germless) and reversed embryo; Bz revertant from bz2-m; 39551 from Pr |

39552 | (gl) Lg A1 In3a / gl lg2 a1 (sh et) X a1-mrh / (a1); mrh/mrh (36678-¥ -51 X 36673 yg (C1) sh1 wx1) | segregating for gl and lg, 39552 from a1 Dt |

39553 | c sh bz1 wx1 (37970 sib) | 39553 from c1 sh wx1 |

39554 | a2 bt pr X a2 bt pr (38006 X 38005) | 39554 from a2 bt pr |

39555 | Bz R-7 (38616) @ | genotype uncertain, 39555 from colored Wx1 |

39556 | Bz R-7/ bz2-m Ac2/ac2 (38616-1) @ | 39556 from Bz |

39703 | bz2-m; + Ac2«Ac2 + / v16 ac2 ms X bz2-m; v16 ac2 ms 8/+ (38231-2 X 38210-1) | 39703 from bz mutable, many dots |

39794 | Df K10-II r1 - / N10 r1 sr2 ; 4B chromosomes X g r1 sr2 (39172-10 lo ¥ G sr2 X 39148) | PMC shows knobless chromosome 10 = Df for Sr2 and knob; 39794 from r seeds (small sized) |

39797 | Df K10-II r1 - - / N10 g r1 W2 sr; 2 B chromosomes X g r1 sr2 (39178-27-N sr X 39148) | PMC show knobless chromosome 10 slighly longer than N10, 39797 from r1 |

39798 | Df K10-II r1 - / N10 g r1 sr; 1 B chromosome X g r1 sr2 (39180-13 sr X 39148) | chromosome 10 knobless, slightly longer than N10; 39798 from r1 y |

39808 | Df K10-II r1 - - / N10 r1 W sr X g r1 sr2 (39385-5 sr N pollen X 39184) | chromosome 10 knobless and slightly longer than N10; 39808 from r y Wx1 |

39810 | r1 W2 sr / Df K10-II r1 - - X r1 w2 Sr / r1 + Df (H) (39164-8 second ear badly exposed X 39152 gr t) | defective seed on ear gives white seedlings; 39810 from Y plump seed |

39837 | KL9 yg2 C1 sh bz wx1 X Df K10 (C1) R1 - - / Df K10 (K) R1 W2 -; KS9 Yg (38840 yg X 38872-3 sr) | 39837 from R1 C1 |

39839 | high-loss no B chroms - K3 K3 (34662 sib ) | 39839 from Pr |

39840 | high-loss with B chroms; K3 K3 (35334 sib ) | check for loss of A1 by crossing to a1 female, 39840 from Pr |

39847 | K10 K10 high-loss with B chroms (36648-7 X -6) | 39847from Pr |

39848 | K10 (N 10) high-loss with B chroms (36649-5 X -8) | 39848 from Pr |

39849 | KL9 (N9) C1 sh ;high-loss (36671 sib X -27) | 39849 from C1 sh |

39854 | l13 / + (37502-A @) | 39854 from Y |

FIELD PLANTING FOR 1987, ENTRIES # 39891 THRU
#38943 |
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39891 | g r1 sr2 X g r1 sr2 (39153 X 39154) | 39891 from r, Y and g |

39894 | K10-II R1 / N10 r1 X g r sr2 (38287-a X 38276) | all plants g, no sr2; K10-II gave preferential segregation (72.5% R1 on ear); 39894 from R1 |

39897 | K10-I r1 Sr2 / N10 r1 sr2 X Df K10 (I) R - / N10 r1 sr2 (37440 X 37127-11 sr) | segregating for sr2, all r-r 39897 from r1 |

39903 | Df K10 (C1) R1 - - / N10 g r1 W2 sr2 X Df K10 (K) R1 W2 - / N10 r1 W2 Sr2 (38454-2 X 38455-5) | 39903 fro R1 |

39905 | Df K10 (C1) R1 - - / N10 r1 W2 Sr2 X r1 w2 Sr / r1 W2 Sr ( 37142 X 37135-3) | ear segregates for spotted seeds = R - / r1 w2; 39905 from R1 |

39911 | r1 l1 er2; y A1 A2 (C1 / c1) (Pl/pl) (Coop 82-1623-7a @ = X 15B) | 39911 from y |

39914 | a1p / a-mrh; mrh / mrh X a-mrh / a-mrh; Mrh / Mrh (39189-B X 39192-12) | 39914 from a-mrh with dots (not pale) |

39916 | a1p / a-mrh; mrh / mrh X a-mrh / a-mrh; Mrh / Mrh ; same as 39914 above (39189-A X 39182-10) | "3" = a 1P / a1S new a-stable allele; 39916 from pale no dots |

39917 | a1p / a-mrh; mrh / mrh X a-mrh / a-mrh; Mrh / Mrh ; (39189-A X 39182-10) same as 39916 above | = a 1P / a1S new a-stable allele; 39917 from pale + 2 dots |

39921 | a1p / a-mrh; mrh / mrh X a-mrh / a-mrh; Mrh / Mrh ; same as 39914 above (39190-C X 39192-11) | "2" = a1P / a1S new a-stable allele; 39921 from pale no dots |

39925 | aP Sh / a1 sh2; mrh / mrh X a-mrh / a-mrh ; Mrh / Mrh (39201-2 X 39192-11) | a1P / a1S new a-stable allele; 39925 from pale no dots |

39930 | a1P Sh / a1 sh2; Mrh / mrh X a-mrh / a-mrh ; Mrh / Mrh (39201-4 X 39192 - 11) | a1S / a1 sh2 new a-stable; 39930 from colorless no dots |

39931 | a1P Sh / a1 sh2; Mrh / mrh X a-mrh / a-mrh ; Mrh / Mrh (39201-4 X 39192 - 11) same as 39930 above | "1" = a1P / a1S ; "2" and "3" = a ? / a-mrh; 39931 from pale no dots |

39934 | a1P Sh / a1 sh2; (mrh / mrh) X a-mrh / a-mrh; Mrh / Mrh (39201-6 lg X 39194-1) | a1P / a1S new a-stable from a-mrh; 39934 from pale no dots |

39937 | a1P Sh / a1 sh2; mrh / ( ) X a-mrh / a-mrh; Mrh / Mrh (39201-8 X 39194-1) | embryo = a1P Sh / a1 sh2; Mrh / mrh source unclear; 39937 from A endosperm |

39939 | a1P Sh / a1 sh2; mrh / ( ) X a-mrh / a-mrh; Mrh / Mrh (39201-8 X 39194-1) same as 39937 above | a1P / a1S new a-stable; 39939 from pale no dots |

39941 | a1P Sh / a1 sh2; (Mrh / mrh) X a-mrh / a-mrh; Mrh / Mrh (39101-9 X 39194) | = a1S Sh / a1 sh2 new a-stable; 39941 from colorless no dots |

39958 | a1 Sh2 / a1 sh2; dt (Coop 79-483-2 ) @ | 89958 from a1 sh2 |

40000 | Oh 43 Bz/Mut bz1-S / yg C1 sh bz1 wx1 ; Mut / mut; (39211-5 @) | bz1S = standard bz1; 40000 from Sh Bz Wx1 |

40002 | L289 Bz/Mut bz1 / yg C1 sh bz wx1; Mut / mut (39221 @) | 40002 from Sh Bz wx1 |

40003 | W22 Bz/Mut bz1 / C1 sh bz wx1; Mut / mut (39228 - 2 @) | 40003 fro Sh Bz Wx1 |

40004 | M14 Bz / Mut bz1 / C1 sh bz wx1; Mut / mut (39230 - 3 @) | 40004 from Sh Bz Wx1 |

40015 | L289 Bz Wx1/Mut bz1 / sh bz wx1 X Sh bz1-mut wx1; mut (39227 -1 t X 39268) | tester; 40015 from Sh bz1-mut / bz1 wx1 mut |

40017 | W 23 / bz1 / C1 sh bz1 wx1 X Sh bz1-mut; mut (39217-3 t X 39268) | tester; 40017 from Sh bz1-mut / bz1 Wx1; mut |

40018 | W 23 / bz1 X C1 sh bz1 wx1 X Sh bz1-mut; mut (39217-3 t X 39268) same as 40017 above | tester; 40018 from Sh bz1-mut / bz1 wx1; mut |

40056 | Df K10-II r1 - - / N10 g r1 W sr 2 X r1 + / r1 w2 (39790-5 2 sizes of pollen grains X 39810-12 gr; and later X 39811 RR) | Df K-II = Df (M); Df K10-II has some high- loss background; double pollination; 40056 from R mottled |

40078 | Df K10-II r1 - - / N10 g r1 W sr 2 X v16 ac2; ms/+ (39808 -3 X 39853 R/R) | Df K10-II has some high- loss background; 40078 from R1 |

40084 | g r sr2 X g r sr2 tester (39153 X 39154) | same as 39833 from r seed |

40087 | K10-I/K10-I high-loss X KL9/KS?9 high-loss (39847 X 39849g) | 5 plants checked - from 3-6 B's present used as male gave loss of Yg2 and Sr2 from Pr seed |

40088 | KL9/KS?9 high-loss X K10-I/K10-I high-loss (39849-1 X 39847) | 7 plants checked - 3-7 B's pesent from Pr seed |

40089 | KL9/KS?9 high-loss X K10-I/K10-I high-loss (39849-2 X 39847) | 4 plants checked - 2-4 B's present from Pr seed |

40134 | L13/l13 (39854 -6 @) | tests show plants 4, 5, 6, 13, 16, 20 seg. luteus |

40148 | Df K10-II r - - (DfQ)/N10 G? r W2 ar2 X g r sr2 (39180-13 X 39184) | Df K10-II (Q) deficient for W2 L13 & Sr2 from y Wx seed |

40162 | Df K10-II r - - (=DfS)/N10 G? r W2 wr2 X g r sr2 (3985-5 sr N X 39148) | deficient for W2 & Sr2 (C13 uncertain) from r Y plump normal seed |

40167 | badly expr. gr sr2; [r W2 sr/r - -X Df K10-II(M)] X r w2 Sh2/r + Df K10-I(H) (39164-8 2nd ear X 39152-5 gr t) | flowery-like or scarred seed + w2/Df from r Y plump normal seeds |

40177 | r K10-II/r N10 X a2 bt pr/+ + + (39835 X 39846) | plant #22 K10-II/N10, 1B from lightly R-mottled seed |

40178 | a2 bt far X a2 bt far X a2 bt far (38006 X 38005) | all plants from a2 bt seed |

40178A | a2 bt far X a2 bt far X a2 bt far (38006 X 38005) | |

40233 | v16 ac2 ms8; bz2-m tester for Acr X v16 acr ms/+; bz2-m (37769A ms X 37751-10 | from bz2 stable seeds |

40234 | v16 ac2 [ms/+]; bz2-m X v16 ac2 [ms/+]; bz2-m (39829 v X 39853) | from bz2 stable seeds |

40239 | tr- Ac814/ac; bz2-m X tr-Ac819/ac; bz2-m (39814A ms X 37751-10) | tr- Ac give low dot seeks combine different tr-Ac's -> many fots these tr-Ac's are linked from nany dot seeds (bz2-m + both tr=Ac's); see E. Dempsey Maydico 38: 151-161 |

40240 | tr-Ac 814/ac; bz2-m X tr-Ac 820/ac;bz2-m (39814A v N X 39820 v) | independent to Ac's form many dot seeds; see E. Dempsey Maydico 38: 151-161 |

40255 | tr-Ac814/ac;bz2-m X tr-Ac 820/ac; bz2-m (39824C v ms X 39820v) | linked to Ac's from many dot seeds; see E. Dempsey Maydico 38: 151-161 |

40258 | tr-Ac-816/ac;bz2-m X tr-Ac 819/ac; bz2-m (39816F v ms X 39819 v) | linked to Ac's from many dot seeds; see E. Dempsey Maydico 38: 151-161 |

40260 | tr-Ac-816/ac;bz2-m X tr Ac814/ac;bz2-m (39816 v N X 39814-2) | independent to -Ac's from many dot seeds |

40341 | r W2 se/r W2 Sr2 prob X R W2/R W2 ? (40167 Sr X 40127-20 gt) | 40341 had some white seedlings from R seeds |

40345 | W2 L13 sr2/W2 L13 Sr23 X W2 L13 Sr2/W2 l13 Sr2 (40167-21t X 40134-6) | from Y seeds |

40354 | K10-II R/N10 r X L19-I R/N10 R high-loss (39894 X 40089) | #2 = K10-II/N10, 2 B's from R self seeds |

40355 | high-loss with B's (39840 sib) | from Pr seeds |

40356 | Yg2 c sh bz1 wx (37970 sib) | from c sh wx seeds |

40361 | bz1-mut; mut tester (35363 sib) | from bz1-m stable |

40384 | KL9 yg C sh bz wx/+ C + + +; Df10-I(K)/N10 X yg C sh bz wx (39882-2 gr X 39882A-5 yg) | from c sh bz wx seeds |

40385 | Yg C Sh Bz wx/Yg sh bz Wx X wgz C sh bz wx (39882-1 X 39881A-5 yg) | from (sh) bg Wx seeds |

40485 | Df K10-II(Q)r - -/N10 r WL sr X r W2 t/r + sr (40148-3 X 40167-10F) | Df(Q) lacks W2 L13 + Sr2 from Y & g seeds |

40486 | Df K10-II(Q)/N10 X L13 l13 (40148-3 2nd ear X 40134-20) | 40486 peg luteus from Y seeds |

40487 | g r sr2/Df K10-II (P) X Df (H) + - /N10 wx Sr2 (89178-27 2nd ear, sr2 X 39152-8t) | 40486 peg luteus from Y seeds |

40515 | g r ar2 X g r ar2 (39153 X 39154) | r-tester from Y & g, Wx & wx seeds |

40637 | [a1-mrh/a1-mrh X Mrh/mth] X [a-mrh/a-mrh X Mrh/Mrh] (39914 X 19912-3) | ears with self col. seeds have A reversions (from isolations plot) from seeds with very many dots; new A revisions |

40638 | [a1-mrh/a1-mrh X Mrh/mth] X [a-mrh/a-mrh X Mrh/Mrh] (39914 X 19912-3) | ears with self col. seeds have A reversions (from isolations plot) from seeds with very many dots; new A revisions |

40646 | [a mrh/a mrh X Mrh/mth] X [a-mrh/a X mrh/Mrh] (39914-7 X 39949-3) | from mutable seeds; new A revisions |

40648 | [a-mrh/a X mrh/mrh] X a-mrh/a-mrh X Mrh/mrh] | from seeds with no dots; new A revisions |

40702 | DfK K10-II (Q)r - - -/N10 r W L sr X r w2 + /r + sr2 (40148-3 Z 40167-10t) | ear seg (opaque seeds) from r nonopaque seeds |

40704 | DfK K10-II (Q)r - - -/N10 r W L sr X L13/l13 (40148-3 2nd ear X 40134-20) | ear seg l13 from r non opaque |

40718 | r + Df(H)/r w2 Sr2 X A1 A2 C r (39152-5 @) | ear seg w2 & sr2 |

40719 | R-st K10/R-nj N10/r N10 trisomic-10 X r10-I/r K10-I or K10-I/r Df K10 (40331 X 40333) | 40331 from Coop 83-820-3/821 (Tris. 10 X 23A) from R-nj R-st seed |

40735 | Df K10-I (C) R - - /Df K10-I(H) r W2 - X r W2 +/r W2 sr2 (38121-10 X 38123) | ear seg spotted defective seed = w2 seg sru from R seeds |

40741 | Df K10-I (C) R - - /N10 r W2 + (prob.) X high-losds W. B's (40491-1 gr X 40493 | from R selg col.(?) |

40775 | v16 sc2 ms/+ 8; bz2-m X v16 ac2 ms g/+; bz2-m | from bz2-m ac2 wx |

40795 | [a1-mrh Shz/a1 shz mrh/mrh Yg2 Sh Wx/yg2 sh1 wx] @ (39200-4 @) | from a1 no dots, sh1 & Sh1 |

40797 | [A?/a1-mrh X Mrh/mrh] X a1 shz dt (39915-2 X 39958) | possible reversion from a1-mrh ear seg B pl |

40813 | a1-mrh Sh2/a1 sh2 mrh mrh X a1-mrh Sh2/a1 sh2 mrh/mrh (39949 X 39983) | from a1 sh2 dt seeds |

40814 | a1-mrh Sh2/a1 sh2 mrh/mrh X a1 sh2 dt mrh (39942 X 39958) | from a1 sh2 dt seeds |

40815 | Df K10-II(M) r - - /N10 g r W2 sr2 X r + sr2/r wxz + and 39811 R/R (double pollination) (39790-5 2 size pollen grains X 39810-12 gr) | from R-mottled seeds |

40825 | v16 ac2 ms8; bz2-m X [+ Ac-2^Ac2 ms/V Ac^Ac^Ac + ] + [ tr Ac/ac; tr Ac/ac; bz2-m | reversion from Bz seed |

40842 | a-P/a1-mrh mrh/mrh (D/d?) X a-mrh/a-mrh Mrh/Mrh (Dt/dt)] (39189A X 39192-10) | any progeny ears seg A = reversion from colorless + dots (some overlap with pale + dots) |

40845 | a-P/a-mrh mrh/mrh X a-mrh/a-mrh Mrh/Mrh (39190-B X 39192-12) | from colorless + dots |

40846 | a-P/a-mrh mrh/mrh X a-mrh/a-mrh Mrh/Mrh dt/dt] (39190-C X 39192-11) | from colorless + dots |

40847 | a-P/a-mrh mrh/mrh X a-mrh/a-mrh Mrh/Mrh dt/dt (39190-C X 39192-11) | from pale + dots |

40848 | a-P Sh2/a1 sh2 mrh/mrh dt/dt X a-mrh/a-mrh Mrh/Mrh dt/dt | from (pale or colorless) + dots |

40852 | r W2 + /r + l13 @ (40345-4 @) | may seg. sr2 opaque = W2 from r on opaque |

40867 | a-P/(a-s?)(Dt/dt) X a-mrh Sh/a shz or a-mrh Sh Mrh/mrh tr Mrh/mrh dt/dt (37956 X 37959-49) | from purple color |

40868 | a-P/(a-s?)(Dt/dt) X a-mrh Sh/a shz or a-mrh Sh Mrh/mrh tr Mrh/mrh dt/dt (37956 X 37959-49) | from pale + high dots |

40869 | a-P/a-5?) (Dt/dt) X a-mrh/a-mrh X Mrh/mrh or Mrh/Mrh (Dt/dt) (37956-37969-11) | from purple cob from pale + hight dots |

40870 | a-P/a-5?) (Dt/dt) X a-mrh/a-mrh X Mrh/mrh or Mrh/Mrh (Dt/dt) (37956-37969-11) | from colorless + high dots |

40878 | a-mrh Sh/(a1 sh2) tr Mrh/mrh X a-mrh/a-mrh mrh/mrh Dt? yg? (37962 X 37982) | transposed Mrh on chr15 see MNL64 drom a-mrh low dots. |

40879 | 3a-mrh Sh/a1 sh2 mrh/mrh X a1 sh2 dt (39942 X 39958) | from a1 sh2 |

40900 | a-mrh a-s Mrh/mrh (Dt/at) @ (40870-2 @) | #4 had very large A sector on plant = reversion no evidence of Dt in progeny ears from a-mrh high dots |

40958 | a-m Neufer wx X chr 5; tr-Mrh/mrh; Wx/wx; a-mrh/A; R/r; (C/c) (NS 86133 @ 86127-2 hetero T5-9c*) (= Nancy Shepherd numbers) | tr-Mrh is a weak mutator; 1 dose thru male may not register dots; from colorless Wx no dot; * 5 mrh-9; 9 Wx; 5 Mrh; 9 x-5 Se MNL 64 |

40959 | a-m Neufer wx X chr 5; tr-Mrh/mrh; Wx/wx; a-mrh/A; R/r; (C/c) (NS 86133 X 86127-2) | from colorless Wx no dot |

40960 | a-m Neufer wx X chr 5; tr-Mrh/mrh; Wx/wx; a-mrh/A; R/r; (C/c) (NS 86134 X 86127-2) | from colorless Wx no dot |

40963 | a-mrh Sb/a1 sh2; Mrh/mrh; dt/dt X a1 sh2 mrh dt (40905-6 X 40879) | for a-mrh /a1 sh2 tester from a Sh2 no dots |

40964 | a1 sh2 mrh dt X a1 sh2 mrh dt (40901 X 40879) | tester ftom a1 sh2 seeds |

40974 | g r sr2 seg Wx + y (39153-A X 39154) | from r seed |

40983 | A/a-mrh; mrh/mrh; dt/dt X a1 sh2 dt mrh (40803 X 40813) | from a-mrh/a1 wx no dots |

40995 | a1-m Neufer Sh2 wx X a1 sh2 dt mrh (NS 86133 X 86127-2) | from colorless Wx no dots |

40997 | a1-m Neufer wx X a1 sh2 dt mrh (NS 86134 X 06127-2) | from colorless Wx no dot seeds |

41000 | a-mrh/a-mrh; Mrh/mrh X a1 sh2 dt mrh (40846 X 40814) | from sectored ear: side 1 seg hi dots 2 no dots side 2 seg hi dots: med dots: no dots from colorless + med dotes (side 2) = tr-Mrh? |

41003 | a-mrh/a-mrh; Mrh/mrh X a1 sh2 dt mrh (40846 X 40814) | from colorless + hi dots (side 1) |

41006 | a-P Sh/a-s Sh; Mrh/mrh; Dt/dt X a1 sh2 mrh dt (39916-3 X 39958) | now a-s from a-mrh from colorless Sh no dots |

41008 | a-P Sh/a-s sh2; Mrh/mrh; Dt/dt X a1 sh2 mrh dt (39917 X 19958) | new a-s from a-mrh from colorless Sh no dots |

41011 | a-P Sh/a1-s Sh; Mrh/mrh; Dt/dt X a1 sh2 mrh dt | new a-s from colorless Sh low dots (=Dt) |

41013 | a-P Sh/a-s Sh; Mrh/mrh; dt/dt X a1 sh2 mrh dt (39925 X 39958) | new a-s from colorless Sh no dots |

41014 | a-s Sh/a1 sh2 X a1 sh2 mrh dt (39930 X 39958) | a-s may give rare dots (if so kernels may have 1 dot) from colorless Sh no dots |

41016 | a-P Sh/a-s Sh; Mrh/mrh; dt/dt X a1 sh2 mrh dt (39931-1 X 39958) | new a-s from colorless Sh no dots |

41017 | a-PSh/a-s Sh; Mrh/mrh; dt/dt X a1 sh2 mrh dt | now a-s from colorless Sh no dots |

41018 | a-s Sh/a-P Sh; Mrh/mrh; dt/dt X a- sh2 mrh dt (39939 X 39958-1) | new a-s from colorless Sh no dots |

41019 | (a-s)Sh/a1 sh2; Mrh/mrh; dt/dt X a1 sh2 mrh dt (39941 X 39958-8) | no dots on sh2 kernels checked while still uncollapsed - so no Dt; from colorless Sh low dots (a-s = a week?) |

41020 | a1/a1; Mrh/Mrh; dt/dt; Sh wx/sh wx X a1/a1 Mrh/Mrh; dt/dt; sh1 Wx (39185 X 39186) | standard a1 tester for a-mrh from colorless no dots Sh Wx |

41024 | a1 sh2 X a-mrh Sh/a1 sh2 X mrh/mrh | tester fro Mrh from colorless Sh no dots |

41026 | a-weak Sh/a1 sh2; Mrh/mrh prob. X a1 sh2 mrh dt (40921-3 X 40879) | weak a allele, gives lo-medium dots W1 Mrh from colorless Sh no dots |

41027 | a-mrh/a-mrh; Mrh/mrh X a1 sh2 dt mrh (40846 X 40814) | tester from a1 sh2 seeds |

41057 | byz; v16 acr2 msg X byz; v16-ac2-ms8/+ (37769A ms X 37751-10) | tester from bz2 Wx no dots |

41066 | a-mrh Sh/a-mrh Sh; tr-Mrh Bt/mrh Bt; dt/dt X A2 bt pr/az bt pr; A1 (40878-2 X 40882 bm) | tr-Mrh on chr. 5 from A2 Bt Pr |

41069 | a-mrh Sh/a-mrh Sh2; tr-Mrh Bt/mrh Bt; yg sh bz wx/ + + + + (Dt/dt?) X A2 bt pr/a2 bt pr; A1 (40877-7 X 40882 bm) | from A2 Bt Pr |

41092 | R K10/R-nj K10/r N10 9 K-s 2 B's X yg C sh bz wx; (Df K10(K)/N10?) (40731-27 X 40522 yg R/R) | trisomic 10 from R mottled wx |

41095 | Df K10 (C) R - -/N 10 R Wx Sr2 X Df K10 (H) r W2- /N10 r w2 Sr2 (40741-10 2 B's X 40735-11 gr) | ear seg sotted seeds (+Df(C)/w2) from R se;f seeds) |

41096 | g r sr2 X (Df K10 (C) R - - K10-I r W Sr2 (37661 X 38081-4 0 B's) | Df(C) does not transmit in male (for K10-II r) from r seed |

41097 | Df K10 (F) R - - /K10-I r W Sr2 X Df K10(H) R W2- /K10-I r Wx Sr2 (36883-4 X 36882-2) | should be K10r/K10r (or K10r/Df K10r by crossover) from r wx seed |

41098 | K10-I R/N10 R X K10-I R/N10 R (37638 X 37639-2) | from R (Pr and pr) seed |

41099 | K10-II g R Gr2/N10 g r Gr2 X g r sr2 (382860g X 38276) | from R seeds |

41104 | R-nj N10/R-st/ K10/r K10 X g r sr N10 (40719-4 X 40515) | trisomic 10 rom R-nj R-ct seeds |

41105 | Df K10-II (Q) r - - - /N10 G1 r W2 L Sr2 X N10 (G) r w2 Sr/N10 g r + sr (40486-4 X 40487 gr) | ear seg opaque (= Df (Q)/w2) from r non opaque seeds |

41106 | K10-II g R Sr2/N10 g r Sr2 X g r sr2 (38286 g X 38276) | in this stick, K10-II comes from previous K10-II/K10-I hybrid & may have crossed over with K10-I; from R seed |

41110 | DfK10 (C) R - - /N10 R W Sr2 X DfK10 (H) r W2 -/N10 r w2 Sr2 | ear seg spotted and (=Df (C) R-/N10 r w2) from R self seed |

41111 | r/g r sr2 X r-r A C M14 bckgrd (40925 X 40931) | r tester from r seeds |

41112 | Y/y r-g A C X Y r=g A C M14 bckgrd | r tester from r seeds |

41114 | a1-shz ; dt X a1 shz; dt (40901-3 X 40879) | from a1 sh2 dt |

41142 | tr--Ac2 + + + /ac v + ;bz2-m X v16 ac2 ms8/+; bz2-m (40749 gr N X 40758) | new location of Ac2 on chr. 8 (formerly between v16 and ms8) from bz2 low dots |

41148 | a-x Sh/a1 sh; dt/dt X a1/a-mrh; Dt/dt; bz2-m Ac2 (40598-8 X 40617-13) | from a seed |

41163 | short K-m 10/N10 X r w2 Sr2/g r Wz sr2 prob (35289-3 X 35299) | K-m 10 came from Judy Miles Ring 10 which came from x rayed K10; from R Wx seeds; See MNL 66 our K-m + short K-m derivations of R-10 differ from Judy's K-m |

41165 | N10/K-m 19; Wx/wx X r w2 Sr2/g r-a W2 sr2 prob (35288-8 X 35299) | K-m is longer than short R-w + has chromosome region of K10; from R seeds; See MNL 66 our K-m + short K-m derivations of R-10 differ from Judy's K-m |

41168 | DfK10 (K) R - /N10 R Sr2 X K-L 9 yg C sh bz wx/+ C + + + (39837-101 @) | from sh bz wx seeds |

41173A | bfz-m; tr-Ac-820/as X v16 ac2 ms/+; bz2-m (41028-10 X 41057) | to Ac-820 not on chr.8 + not linked w. bz2 or chr.1 from bz2-m low dot seeds |

41173B | bfz-m; tr-Ac-820/as X v16 ac2 ms/+; bz2-m (41028-3 X 41057) | from bz2-m low dot seeds |

41174 | c2 (Cpp[ 88-3759/3756-7 pww) | from c2 seeds |

41175 | may seg ws2 lg1 gl2 (39273A @ + + +) | ear all col (bz1) from bz1 su |

41177 | A1/a-mrh; A2 tr-Mrh Bt/A2 mrh bt @ (41069-1 @) | tr-Mrh on chr.5; from a-mrh; A2 tr-Mrh Bt Pr |

41178 | A1/a-mrh; A2 tr-Mrh Bt/A2 mrh bt @ (41069 @ poor set) | another selfed ear; from colorless + dots Bt Pr |

41179 | A/a-mrh; A2 tr Mrh Bt Pr/A2 mrh bt pr (41066A @) | from colorless + low dotes, Bt Pr |

41180 | A1/a-mrh; A2 mrh Bt/A2 mrh Bt (41066C @) | tester ; from colorless bt (a-mrh A2 bt) |

41182 | A1/a-mrh; A2 mrh Bt/A2 mrh Bt (41069-101 @ Lg poor set) | from colorless bt |

41183 | A1/a-mrh; A2 mrh Bt/A2 mrh Bt (41069-102 @ N set) | from colorless bt |

41185 | A1/a-mrh; A2 mrh Bt/A2 mrh Bt (41069-104 @ N set) | from colorless bt |

41187 | r-g Sr2; Ph 43 bckgrd X r-g Sr2 (40932-1 X 40934) | r tester; from r |

41202 | c2 A1 A2 C1 R sib (Coop 88-3756/3756-7 pww ) | from c2 |

41203 | good sr (should have several B's) X g r sr z (39158-5¥ X 38967D) | 39158-5 comes from high loss weht in previous generation. K10-II in male lost distal region exposing sr2; from r y seeds; may have additional aberrations causing ¥ small terminal Deficiencies due to loss usually give N pollen or slightly smaller grains |

41205 | Ygz C sh bz1 wx (38840 yg Xb) | from C sh bz wx |

41211 | bz2-m X v16 ac2 ms/ +; bz2-m (38996-102 x16 ms g X 38955-82) | tester; from bz2-m wx no dots |

41213 | Bl. Mwxican O B's su (33277 @) | from col su |

41215 | tr-Mrh sh Bt Pr/mrh bt pr; a-mrh X a1-mrh; Ax bt pr (41178-1 X 41185a) | all progeny were bm1; from colorless bt no dots |

41219 | a1-mrh; A2 bm bt (pr) mrh (411180 X sib) | from a-mrh bt |

41231 | th-Mrh (Bm) Bt Pr/mrh (bm) bt pr; a1-mrh X a1-mrh; A2 bm bt (pr) (41178-20X 41182 bm) | from Bt low dots Bt Pr see colored dots for Pr ms pr |

41232 | a1-mrh; tr Mrh Bm Bt Pr/mrh bm bt pr X a1-mrh; A2 dot (pr) (41178-1 X 41185a) | from a-mrh low dots Bt Pr |

41234 | a1-mrh; tr Mrh Bm Bt Pr/mrh bm bt pr X a1-mrh; A2 dot (pr) (41178-1 X 41185a) | from a-mrh low dots Bt (pr) |

41235 | K-m 10 R (r)/N10 r (sr?) X rg Sr2 (41165-4 X 41187-12) | from R seed |

41247 | N10 r sr/short km 10 R r Sr X k9-L yg C sh bz wx; DfK10(K) R - /N10 R Sr (41163-16 z B's gr X 41187-12 | from R self or near self |

41262 | r w2 Sr2 N10/r + - DfK10(H) @ (39152-2 @ {xt}) | selects for wx/ + tester (eliminate white seedlings + stricate plants) |

41265 | DfK10(H) r W2 - /Df K10 (C) R - - ; 1B X DfK10(H) r - / N10 R Sr; 1B (41194-14 sr X 41194c) | occasional crossovers btw Df(H) + Df(C) exchange marker genes; from R self + mottled |

41267 | no PMC so B's unknown genotype as above prob. X DfK10(H) r - / N10 R Sr; 1B (41194-21 pr X 41194c) | from R seed |

41277 | K10-I r/K10-I r (41097 X sib) | may seg Df K10(H) - instead of K10-I due to crossover in previous generation progeny = 10 Srz + 1 sr?? from y wx |

41280 | DfK10-II(Q) r - - - /N10(g) r + + sr X K10-II g R Sr2/N10 g r sr2 (41105 sr X 41106) | K10--II in this cross has been in same plant w K10-I + may have crossed over w K10-I from colore Wx |

41281 | DfK10-II(Q) r - - - /N10(g) r + + sr X K10-II g R Sr2/N10 g r sr2 (41105 sr X 41106) | seg golden (21G: 11g: 1 G sr); from R seed large |

41282 | DfK10-II(Q) r - - - /N10(g) r + + sr X K10-II g R Sr2/N10 g r sr2 (41105 sr X 41106) | progeny: 1G: 10g: (no sr) from R small seed |

41284 | DfK10-II(Q) r - - - /N10 g r + + sr X K10-II g R Sr/N10 g r sr (41105 sr X 41106A) | progeny seg golden large + small seeds on ear from colored small |

41286 | DfK10-II(Q) r - - - /N10 g r + + sr X K10-II g R Sr/N10 g r sr (41105-1 sr X 41106A) | from colorled small seeds |

41295 | a-mrh Sh/a1 sh2; mrh/mrh; dt/dt X a-mrh/a-mrh; Mrh/Mrh; tr Mrh/mrh ? (41024 X 41140A) | from a-mrh + high dots |

41299 | a-mrh Sh/a1 sh2; tr Mrh 37969/mrh X a1 sh2 mth dt (41136-2 X 41027) | tr Mrh 37939 not related to tr-Mrh 37962 on chr. 5; from a-mrh + low dots Pr |

41302 | a-mrh Sh/a1 sh2; tr Mrh 37969/mrh X a1 sh2 mth dt (41136-1 X 41027-3) | from a-mrh Sh + medium dots |

41306 | a-mrh Sh/a1 sh2; tr-Mrh/mrh X a1 sh2 (41000 X 41114) | now tr-Mrh one plant had A stripes in stalk + Tassel from a-mrh Shz + medium dots |

41310 | a-mrh Sh/a1 sh2; Mrh/mrh; tr-Mrh/mrh (tr-Mrh/mrh)? X a1 sh2 (41101D X 41114) | some kernels on ear w. very high dot number Sh2: 7:1 rates (dotted: no dots); from a-mrh Sh + high dots pr |

41315 | a-mrh Sh/a-mrh Sh; Mrh/mrh dt X a1 sh2 dt mrh (40840 X 40814) | tester; from a-mrh + no dots |

41316 | a1 sh2 mrh dt (40901-4 X 40879) | from a1 sh2 |

41323 | bz2-m; ac v ms X bz2-m; Ac + ms8/ac v16 + ? (41058 ms X 41059A-1) | Ac2 in new positions on chr. 8 Ac-v = 20% (Ac in one dose gives no dots) from bz2-m no dots Wx + wx; = tr-Ac in new position on chr. 8 gives low dots in 2 doses; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8 |

41326 | bz2-m; ac v ms X bz2-m; Ac + ms8/ac v16 + ? (41059 ms X 41059A-7) | Ac-v=26% ; from bz2-m no dots; = tr-Ac in new position on chr. 8 gives low dots in 2 doses; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8 |

41330 | bz2-m; ac v ms X bz2-m; Ac + ms8/ac v16 + ? (41059 ms X 41059A-14) | Ac-v = 24%; from bz2-m no dots; = tr-Ac in new position on chr. 8 gives low dots in 2 doses; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8 |

41334 | bz2-m; ac v ms X bz2-m; Ac + ms8/ac v16 + ? (41058 ms X 41059A-22) | Ac-v = 24% from bz2-m no dots; = tr-Ac in new position on chr. 8 gives low dots in 2 doses; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8 |

41335 | bz2-m; c ms (Ac)/+ + (ac) X v ac ms/+; bz2-m (41052B N X 41057) | Ac in cupling w v ms but now transposed (17% v-Ac) not sure of order; from bz2 low dots; another tr-Ac case; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8 |

41336 | bz2-m; c ms (Ac)/+ + (ac) X v ac ms/+; bz2-m (41052B N X 41057) | from bz2 no dots; another tr-Ac case; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8 |

41337 | bz2-m; Ac - v ms /ac + + X bz2-m; v ac ms/+ (41053 N X 40962) | prob. order/ Ac-v = 24% from bz2-m low-medium dots; another tr-Ac case; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8 |

41338 | bz2-m; Ac - v ms /ac + + X bz2-m; v ac ms/+ (41053 N X 40962) | from bz2-m no dots; another tr-Ac case; all plants were progeny-tested to determine genotype all involve transposed Ac2 to new position on chr 8 rareness of double chromosomes + closeness of v & ms make it difficult to determine order of 3 genes on chr 8; |

41339 | bz2-m; v Ac ms/ + ac + X bz2-m; v ac ms/ + (41055N X 40962) | prob no trans positions but loss of 1 Ac from a homologue w1 Ac Ac v-Ac=1.5%; low dot kernel origin: from + Ac^Ac ms/v Ac^Ac^Ac +; from bz2-m low dots; low dot case |

41340 | bz2-m; v Ac ms/ + ac + X bz2-m; v ac ms/ + (41055N X 40962) | from bz2-m no dots wx; low dot case |

41341 | bz2-m v Ac ms/+ ac + ? X bz2-m; v ac ms/+ (41056N X 41057) | order uncertain origin also from tip-of-page compound; from bz2-m low dots; low dot case |

41342 | bz2-m v Ac ms/+ ac + ? X bz2-m; v ac ms/+ (41056N X 41057) | from bz2-m no dots; low dot case |

41343 | bz1 su X bz2-m; tr-Ac-820/ac (41175-1 X 41173A-1) | to Ac-820 from Ac2 - shows no linkage w1 genes on shr8 or w. bz2-m on chr 1; from Pr seends |

41344 | bz1 su X bz2-m X bz2-m; tr-Ac-820/ac (41175-2 lg X 41173B-2) | from Pr seeds |

41345 | bz2-m; tr-Ac-820/ac X c2 tester (41173B-3 X 41174) | from Pr seeds |

41345A | bz2-m; tr-Ac-820/ac X c2 (41173B-2 X 41174) | from Pr seeds |

41348 | bz2-m; new Ac/ac; Wx/wx; Y/y S c2 Bz (41195-2 X 41174A) | new Ac not lined to wx1 y or chr 8 arose in vorss involving Dp9 phenotype = fine dots near germ; from col seed (Bz-2 C2); same Ac |

41350 | su Bz X bz2-m; new Ac/ac; Wx/wx; Y/y (41176A X 41200) | new Ac not lined to wx1 y or chr 8 arose in vorss involving Dp9 phenotype = fine dots near germ; same ac; from Pr Bz seeds |

41351 | + Ac2^Ac2/v ac (ms); tr Ac-814; bz2-m X bz2-m; v ac ms8/+ (38950-2 gr N X 38955-58) | tr-Ac-814 has shown linkage w tr-Ac819 on chr 1 + tester w. c2 on chr 4 this is cross that originated tr Ac-814 from bz2 many dots; see Maydisc 38:151 |

41354 | bz2-m tr-Ac-816/bz2-m ac X az bt Bz2 (41034ms X 41137) | tr-Ac-816 linked to bz2-m on chr 1 originally came from Ac2 on chr 8 from Bz2 seed |

41360 | Bz2 ac/bz2 tr Ac-816 X bz2-m ac (41169-5 X 41174) | from bz2-m low-medium dots pr |

41362 | bz2-m ac X Bz ac/bz2 tr Ac-816 (41170N X 41169-5) | gave some crossover plants of Bz ro Ac-816/bz2 ac genotypes |

41366 | bz2-m ac X Bz ac/bz2 tr Ac-816 (41170N X 41169-5) | 41366 may be bz2 tr Ac-816 to Ac-816/bz2 ac; from bz2 w dots dear germ |

41369 | bz2-m; y Wx/wx new Ac/ac X bz2-m ac (41199A X 41171) | from bz2 w dots near germ; same as 41348 + 41350 |

41375 | c2 A1 A2 C1 R M14 @ (Coop 84-45-4 @) | from c2 Y |

41376 | bz2-m v ac ms X bz2-m v ac ms/+ (38996-101 X 38955-82) | tester fro Ac; from bz2-m no dots |

41377 | bz2-m v ac ms X bz2-m v ac ms/+ (38996-102 X 38955-82) | from bz2-m no dots |

41386 | oy A1 A2 C1 C2 R (Coop X01B 89-2912-1 sib) | from R seed |

41388 | oy +/du; r A1 A2 C1 C2 (Coop X02E 81-1359-5 @) | from r seed |

41389 | K-m short R R(sr?)/N20 3 B's R Sr X oy/+ or oy R/R (41244-8t X 41263) | ear seg. self & mottled; from R self (some will be R-R Sr crorrovers) |

41391 | K-m 10 R r/ N10 r-g X oy bf2 R/R (41235Z X 41216) | from R self colored |

41393 | K-m 10 R r/ N10 r-g X oy R/R (41235B X 41216) | from R self |

41395 | K-m 10 R r/ N10 r-g X oy bf2 R/R ? (41235-20 X 41212) | from R self |

41397 | K-m-10 R r Sr/N10 r (sr?) X r-g Sr2 | N10 is 41165-4 may carry w2; from R large |

41398 | K-m 10 R r/ N10 r-g X oy bf2 R/R ? (41235-20 X 41212) | from R small |

41399 | r W2 sr/r - - DfK10-II(M?) X g r-r sr (39164-8sr X 39148) | for sr tester; from Y + y seeds |

41401 | DfK10-II r - - /N10 g r W2 sr2 (=DfP) X g r-r sr prob N10 but could have Df(H)r - (89178-27 N sr X 39148) | Df(P) trasmits through male + female |

41402 | r r X g r sr2 (40708 X 40515) * | from r seeds; *40708 sib cross of Coop stock 83-820-3/821 Tris 10 X 23A) |

41403 | K-m short 3 B's R r(sr?)/N10 R; K-L9 yg C sh bz wx R Yg C Sh Bz Wx X r K10-I/r K10-I (or r DfK10) (41247-26 2nd ear X 41277) | from Wx seeds |

41406 | r g Oh43 bckgrd; Coop 86-2186-2 @ X r=r M14 bckgrd; [Coop 87-3753-3/3752] (40932-2 X 40931) | r tester; from r |

41407 | r-g Y/y; [Coop 4429-1/4420] X r-g M14 bckgrd; [coop 87-4424-4423] (40934-2 X 40931) | from r |

41408 | C sh bz wx (37970 sib) | from c sh bz wx |

41409 | +/yg; c sh wx X yg c sh wx (37972 gr X yg) | from Y seeds |

41432 | oy; +/dn; r A1 A2 C1 C2 (Coop X02E 81-1359-8 @) | from Y seeds |

41433 | a1-mrh; A2 mrh bt X a1-mrh; A2-mrh bt (41185 X 41180) | tester for tr-Mrh on chr 5; from a1-mrh bt mrh (no dots); all Mrh = tr-Mrh on chr 5 |

41449 | a1-mrh; A2 mrh bt X a1-mrh; A2-mrh bt (41185 X 41180) | from a1-mrh bt no dots; all Mrh = tr-Mrh on chr 5 |

41450 | a1-mrh; A2-mrh bm bt X a1-mrh; A2-mrh bm bt (41219 X 41215) | tester; from a-mrh bt no dots; all Mrh = tr-Mrh on chr 5 |

41451 | a-mrh; A2 mrh bm bt (41215 sib) | from a-mrh bt no dots; all Mrh = tr-Mrh on chr 5 |

41456 | a1-mrh; Mrh bm bt (pr)/mth bm bt (Pr) X a1-mrh; mrh Bm Bt (Pr)/mrh bm bt (pr) (41222 bm X 41224-2) | from Bt Pr low dots a1-mrh; all Mrh = tr-Mrh on chr 5 |

41458 | a1-mrh; Mrh bm bt (pr)/mth bm bt (Pr) X a1-mrh; mrh Bm Bt (Pr)/mrh bm bt (pr) (41222 bm X 41224-2) | from Bt for low dots as a1-mrh; all Mrh = tr-Mrh on chr 5 |

41459 | a1-mrh; Mrh bt (pr)/mrh bt (pr) X a-mrh; mrh Bm Bt (Pr)/mrh bm bt (pr) (41223-1 X 41224 Bm) | from a-mrh + dots, Mrh Bt Pr; all Mrh = tr-Mrh on chr 5 |

41464A | a1-mrh; Mrh Bt/mrh bt X a1-mrh; mrh bt (41232-11) X 41215) | from a-mrh + dots, M, Mrh Bt Pr; all Mrh = tr-Mrh on chr 5 |

41465 | a1-mrh; Mrh Bm Bt/mrh bm bt X a1-mrh; mrh bm bt (41232-14 X 41219) | from a-mrh + dots, Mrh Bt (pr); all Mrh = tr-Mrh on chr 5 |

41470 | Km-10 0 B's R r/N10 r Gr2 X r/g r sr2 (41397-15 X 41402) | from R pr |

41471 | A1-Shz/a1 shz; Mrh/mrh (mosaic plant w. A stripes) X a1-mrh Shz/a1 shz | new A1 from a1-mrh reversion; from A1 Sh2 Pr |

41473 | a1-mrh Sh/a1 sh2; Mrh/Mrh * X a1-mrh Sh/a1 sh; mrh (41291 X 41315) | *unexpected homozygosity - newly transformed Mrh?; from a1-mrh Shz + many dots |

41474 | a1-mrh Sh/a1 sh2; Mrh/Mrh * X a1-mrh Sh/a1 sh; mrh (41291 X 41315) | from a1-mrh Shz near self (very high dots) |

41476 | a1-mrh Sh/a1 sh2; Mrh/Mrh * X a1-mrh Sh/a1 sh; mrh (41291 X 41315) | (progeny tests show presence of Mrh) from a1 shz |

41477 | a1-mrh Sh/a1 shz; Mrh/mrh; Pr/pr X a1-mrh Sh/a1 sh2; Pr/pr; mrh (41303 X 41315) | may have tr-Mrh formed on sectored ear; from a1-mrh Sh Pr + medium to many dots |

41481 | a1 su pr y gl wx R (Weber 88-84 X 85) | from a1 y su |

41482 | a1-mrh Sh/a1 sh2; Mrh mrh (41806-5 X for pr) | from a1-mrh Sh2 no dots |

41483A | a1-mrh Sh/a1 sh2; Mrh/mrh; tr-Mrh/mrh; tr-Mrh/mrh? X a1-mrh Sh/a1 sh2; Pr/pr mrh (41310 pr X 41315) | Sh2 seeds: 208 w. dots: 22 no dots; from a-mrh Shz no dots |

41484 | a1-mrh Sh2/a1 sh2; Mrh/mrh; tr-Mrh/mrh X a1-mrh Sh/a1 sh2; Pr/pr mrh (41310 pr X 41315) | Sh2 seeds: 259 w dots: 81 no dots; from colorless Sh2 no dots |

41485 | a1 sh2 (pr?) [tr-Mrh/mrh] X a-mrh Sh (pr)/a1 sh2; tr-Mrh/mrh (41067 X 41068-15) | Sh2 seeds: 123 w dots: 44 no dots; from a-m,rh Sh2 pr? w dots |

41486 | a1 sh2 (pr?) [tr-Mrh/mrh] X a-mrh Sh (pr)/a1 sh2; tr-Mrh/mrh (41067 X 41068-15) | from a-mrh Sh2 pr? w dots |

41487 | a1 sh2 (pr?) [tr-Mrh/mrh] X a-mrh Sh (pr)/a1 sh2; tr-Mrh/mrh (41067 X 41068-15) | from a-mrh Sh2 no dots |

41489 | K-m 10 R Oy r/N10 oy R X r oy (+/du) (41391-4 X 41388) | ear: 137R: 33v; from R self |

41490 | K-m 10 R Oy r/N10 oy R X r oy (+/du) (41391-4 X 41388) | from r |

41493 | K-m 10 R Oy r/N10 oy R X r oy (41395-2 X 41388-4) | ear: 243R: 102r; from r |

41498 | + rg/ oy R X r oy (41392-5 X 41388-4) | ear: 107R: 102r; from r |

41499 | K-m short R+ r (sr)/ N10 + R Sr X r oy (41389-15 X 41388) | from R (Pr) |

41500 | N10 g nr-r w sr/ DF(M) G r-g - - Df (M) X K-m10 R gl r-r w1 Gl/N10 G n-g W Su (41399 sr X 41397-10) | Df(M) low if any male transmission; from R self |

41501 | N10 g nr-r w sr/ DF(M) G r-g - - Df (M) X K-m10 R g? r-r w2 Sl/N10 G n-g W Su (41399 sr X 41397-10) | from R self or near selfr |

41502 | K10-I/r K10-I; y wx (41097 X sib) | DfK10 may seg = sr phenotype; from rt g wx |

41503 | R + r/oy R X oy (R/R) (41395-8 X 41386-3) | ear seg self: mottled: scarred; from R self |

41509 | (r-g) w2 + Sr2/(r-r) + l13 Sr2 (40345 @ #4) | ear eg large non opaque: small opaque; from r large non opaque |

41514 | W22 r-g X r-g (40929 X 40934) | from r |

41515 | DfK10-II r-f - - /N10-g r-r + sr2 X R-g + sr2/r-g Wx + (40146A sr X 40127-5 gr) | DfK10-II(0); from R self? |

41522 | r W2 sr/(r-g) - - DfK10-II(M) X g r-r sr2 (39164-8 r X 39148) | from r |

41528 | K-m short 2 B's R R/r K10-I X r-g r-g (41403-8 X 41407) | ear 117 R: 55 r; from R seeds |

41530 | K-m short R r/K10-I r (41403-11 X 41407) | ear 52 R: 83 r; from R seeds |

41532 | K-m 10 R-g g? r-r w2 Sr/N10 G r-g + Sr X g r-r pr/G r-g Df(M)? (41397-10 X 41399 sr) | ear seg R:r and large v small; from R self large |

41534 | K-m 10 R-g g? r-r w2 Sr/N10 G r-g + Sr X g r-r pr/G r-g Df(M)? (41397-10 X 41399 sr) | from R very small |

41537 | K-m 10 R-g g? r-r w2 Sr/N10 G r-g + Sr X g r-r pr/G r-g Df(M)? (41397-10 X 41399 sr) | from R very small |

41537A | DfK10(F) r-r - - /DfK10(H) r-r W2- X DfK10(F) R-g - - /DfK10(H) R-g W2 - (37650-75 sr X 37649-14 sr) | Df(F) gives reduced male transmission progeny seg with seedlings from R seed |

41537B | DfK10(F) r-r - - /DfK10(H) r-r W2 - X DfK10(H) R W2 - /DfK10(F) r - - (37653-18 sr X 37655-11 t sr) | ear seg R: R spotted (w2):r from r seeds |

41553 | k-m 10 R r/N10 r X r K10-I (41235 X 41277) | ear seg R: R spotted (w2): r; from r seeds |

41563 | k-m 10 R r/N10 r X r K10-I (41235 X 41277) | from r wx (Y + y) |

41567C | bz2-m; ac2 X bz2-m; v16 ac2 ms/+ (38996 v16 ms8 X 38955-82) | tester; from bz no dots |

41583 | Bz2 tr Ac-816/bz2 ac (41411-2 @) | Bz2-tr Ac-816 shows 16% (coupling) 27% (repulsion) from Bz2; N = not ms |

41583N | Bz2 tr Ac-816/bz2 ac (41411-2 @) | 41583 had ms 8 + N plants; N = not ms |

41584 | bz2 tr Ac-816 tr Ac-816/bz2 ac (41412-2 gh X 41407) | 41412-2 as male gene 44 dots (some high dot) 35 no dots; from Bz2 seed |

41585 | bz2 tr Ac-816^tr^Ac-816/bz2 ac X r r Bz2 (41412 ms X 41407) | from Bz2 pr seed |

41593 | Bz ac (from c2 bckgrd)/bz2 tr Ac-819 X bz2-m v ac (+)/ + ac (+) (41417A X 41385) | approx 20% crossing over bz-Ac; from light Bz (hetero cs?) |

41594 | Bz ac from (NK 199 bckgrd)/bz2 tr Ac-819 X bz2 ac (41415A X 41385) | from Bz selg & mottled |

41595 | bz2-m; v16 ac ms8 X bz2-m; N16 ac ms/+ (38996-102 X 38955-82) | tester; from self & mottled |

41597 | bz2-m; Ac-816 Ac-819/ac ? X bz2-m; Ac-816 Ac-819/ac ? (41044 X 41041-2) | seg ms; from bz many dots |

41597N | bz2-m; Ac-816 Ac-819/ac ? X bz2-m; Ac-816 Ac-819/ac ? (41044 X 41041-2); N=normal segregant (not ms) | |

41606 | tr Ac V Ms/ ac v ms X ac v16 ms/+ (41330-25 shriv anthers X 41376) | tr Ac = tr Ac 40199 weakened Ms allela = Ms gives ex serted but shrivelled anthers; from bz2 low dots |

1978 CYTOLOGICAL STOCKS, ENTRIES # 776 THRU #
822 |
||

THESE ARE LATE MATURING STOCKS, ALL ARE FROM Y SEEDS UNLESS SPECIFIED, ie KYS BACKGROUND; see DT Morgan Jr. PhD thesis Columbia Univ Botany Dept (1943-47 ?) for info on Inversions 2a, 2b, 4a, and 5a | ||

776 | Inv 1a / Inv 1a ? (32529 sib) | Inversion 1a Clark, breaks 15.3 - 1L.5 |

778 | Inv 2a / Inv 2a (32532 sib) | from EG Anderson, pericentric 2S.7 - 2L.8 |

779 | Inv 2a / Inv 2a X KYS (32532 X 32532) | |

780 | Inv 2b / Inv 2b X KYS (32534 sib) | Rhoades x-ray induced 2S.5 - 2L.15 pericentric; 2S breakpoing .38 units proximal to gl2 and 2L breakpoint .17 units proximal to B |

782 | Inv 3a / Inv 3a (32536 sib) | Rhoades found in Tu stock of Mangelsdorf; paracentric 3L.4 - 3L.95; proximal breakpoint is jut proximal to chromomere in 3L; (see Rhoades and Dempsey Am J Bot 1953) |

784 | Inv 3b / Inv 3b (32538 sib) | Anderson 6784-4, breakpoints 3L.21 - .78; (see Rhoades and Dempsey Genetics 1966 and MNL for placement of genes) |

785 | Inv 3b / Inv 3b X KYS (32538 X 32525) | |

786 | Inv 3c / Inv 3c; lg2 a1 (32540-10 X sib) | Doyle 162-23 ¥ from Inv 3 Morris paracentric in 3L; breakpoints close to centromere & tip, see Rh and Dempsey Genetics 1966 and MNL |

787 | Inv 3c / Inv 3c X KYS (32540 X 32525) | |

788 | Inv 4a / Inv 4a (32542 sib) | Mc Clintock x-ray induced paracentric 4L.3-4L near end; proximal breakpoint is 13 units distal to gl3 (see DT Morgan thesis noted at beginning of this section) |

789 | Inv 4a / Inv 4a X KYS (32542 X 32525) | |

790 | Inv 5a / Inv 5a (32544 -3 sib) | Mc Clintock x-ray induced pericentric 5S close to centromere - near brown midrib; -5L just proximal to knob (but very close), distal to pr |

791 | Inv 5a / Inv 5a X KYS (32544 -10 X 32525) | inverted chromosome has no or very small knob in 5L |

792 | Inv 7a / Inv 7a (32546 sib) | Anderson 5262-4 paracentric .15 - .74 7L, we found breakpoint close to centromere and rear tip |

793 | Inv 7a / Inv 7a X KYS (32546 X 32525) | see Rhoades chapter 40 in Walden Maize Breeding and Genetics 1978; for neocentromeres on acentric fragements of In7a and In3a |

796 | T1-6 / T1-6 (32550 )@ | produced by DT Morgan in KYS, probably by x-rays, breakpoint in 1L and 9L but not exactly known |

797 | T1-6 / T1-6 X KYS (32550-16 X 32525 ) | |

798 | T5-6c / T5-6c X KYS (32552 X 32574) | McClintock 6S near centromere - 5L distal to knob; see MNL 30:49, also see McClintock; CSHSQB date ? |

799 | T5-6c / T5-6c X KYS (32552 X sib) | translocated 65 carries y; 799 from y seed |

800 | T 4-6 Sat / T 4-6 Sat X KYS (32554 X 32555) | DT Morgan 262 probably produced in KYS by x-rays; breakpoints 6S satellite -4L.3 |

801 | normal KYS; (Saraiva 438-18 X sib) | |

802 | T 4-6 sat / T 4-6 sat X KYS (32554 -14 X sib) | |

803 | T1-9a / T1-9a (32556-8 X sib) | breakpoints 1S near centromere -9L; D Schwartz 566 (probably obtained from Anderson ?) |

804 | T1-9a / T1-9a X KYS (32556 X 32525) | |

806 | T 2-9b wx1/N X KYS (32558-4 T 2-9b wx1/N X KYS (32558-4 ¥ X 32574) | Coop 59-990-3 @ Y wx1 T, Anderson ? |

807 | T 3-9c / T 3-9c (32559 X sib) | D Scwartz 563, from Anderson ?; breakpoints 3L and 9L |

808 | T 3-9c wx1 / T 3-9c wx1 X KYS (32559-2 X 32525) | T 3-9c stock shows poor spreading; knobs are very sticky |

811 | normal KYS (Saraiva 438-10 X sib) | |

812 | T 5-9c / N; (In 1a / N) ? (32563-12 ¥ X 32525) | Coop 59-1005-1 @ wx1 T5-9c; breaks 5L and 9L |

813 | T 6-9b (4778) / N X KYS (32565-7 ¥ X 32525) | Coop 61-W23/L317 / 639-3; 6S.8 - 9L.3; break in satellite |

814 | T 6-9b / N ; seg K10 X KYS (32566-3 ¥ X 32574) | Coop 54-967-9 @; y wx1 T / Y Wx1 (T); breaks 6L.09 - 9S.37; See Patterson MNL 32; Dempsey MNL 33, 34, 35, 36 |

815 | T 8-9a / T 8-9a X KYS (32567 X 32574) | D Scwartz 558 (Anderson ?); breaks 8L.4 - 9L.6 |

816 | T 8-9a / T 8-9a (32567 X sib) | |

817 | T 4-10b / T 4-10b X KYS (32569-6 X 32574) | D Schwartz 567 (Anderson ?) breaks 4L.3 - 10L.5 approx, excellent cytology and spread |

818 | T 4-10b / T 4-10b (32569 sib) | |

820 | normal KYS (Saraiva 438-16 sib) | |

821 | normal KYS (Saraiva 104 X sib) | |

822 | normal KYS (Saraiva 223 X sib) | |

1986 Cytological Stocks |
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39090 | normal KYS (35614 sib) | |

39091 | Inv 1a / Inv 1a ? (Saraiva 776-11 X 776-10) | |

39092 | Inv 1a / N ? X KYS (Saraiva 775-4 X 801) | |

39093 | Inv 2a / Inv 2a (Saraiva 778-1 X 778-2) | |

39095 | Inv 2b / Inv 2b (Saraiva 780-6 X 780-10) | |

39097 | Inv 3a / Inv 3a (Saraiva 782-4 X 782-1) | |

39099 | Inv 3b / Inv 3b (Saraiva 784-6 X 784-3) | |

39103 | Inv 4a / Inv 4a (Saraiva 788-5 X 788-10) | |

39105 | Inv 5a / Inv 5a (Saraiva 790-7 X 790-8) | |

39106 | Inv 5a / Inv 5a X KYS (Saraiva 790-16 X 811) | |

39107 | Inv 7a / Inv 7a (Saraiva 792-2 X 792-8) | |

39108 | Inv 7a / Inv 7a X KYS (Saraiva 792-1 X 811) | |

39109 | Inv 9a / N (Saraiva 794-1 @ ¥) | Li inversions from Anderson 50-1412-6 / 1041-397; breakpoints 9S.7 - 9L.9; Inv probably carries c Sh Wx; see MNL 1950 and 1957 |

39111 | T1-6 / T1-6 X KYS (Saraiva 795-5 X 811) | |

39112 | T1-9a / T1-9a (Saraiva 803-6 X 803-7) | |

39114 | T5-6c / T5-6c (Saraiva 799-17 sib) | y seed |

39119 | T3-9 c wx / T3-9 c wx (Saraiva 807-9 X 807-5) | |

39121 | T4-6 sat / T4-6 sat (Saraiva 802-3 X 802-4) | |

39123 | T4-10b / T4-10b (Saraiva 818-2 X 818-9) | |

39125 | T6-9b / N; seg K10? X KYS (Saraiva 814-2 ¥ X 822) | |

39126 | T4-9 / T4-9 (Saraiva 809-2 X 809-1) | DT Morgan 21-35 probably produced in KYS by x-rays; breakpoints 4L.4 - 9L.6 approx.; see photo p. 172 MMR chapter Corn and Corn Improvement |

39128 | T8-9a / T8-9a (Saraiva 816-4 X 816-3) | |

39130 | T a74 / N X KYS (Saraiva 819-7 ¥ X 820) | probably Anderson a-74 (our 9012 pedigree); 16-609-3 / 16-644-17E |

39131 | normal KYS (35614 sib) |