8. Sterility

============================================================================== Gene Character Linkage* Chro- Strain Reference symbol group mosome (Institution) ============================================================================== as asynapsis 102,103, 189 cps compact panicle N-22 Mitsuryu- 166,281 sterile funen,H-66(HK) ds desynapsis Kinmaze mutant 12,13, (KY),IR 36 mutant 118,267 (IR) fes-1 female sterility-1 Fujisaka 5 x 325 Tjina Fes-2 Female sterility-2 G2250 217 lhs-1(op) leafy hull sterile-1 XI 5 CM 10(KY) 64,165 lhs-2(lhs) leafy hull sterile-2 XII N-76 Sorachi 114 mutant(HK) ============================================================================= L-1-a(L\1\) Lethal-1 414 P.T.B.10 194 (complementary genes) (GI) L-1-b(L\2\) Lethal-2 419 P.T.B. 7 (GI) ============================================================================= L-2-a Lethal-2 Norin 8(NA) 3 (L-r\1\) (complementary genes) L-2-b Jamaika(NA) (L-r\2\) ============================================================================= ms-1(sf) male sterile-1 I 6 Fukukame mutant 46 ms-2(ms-d) partial male sterility md-strain 253,254 ms-3(ms-1) (various interactions Bufumochi-8 ms-4(ms-2) among ms-2,3,4,5 and 6 Fujinori ms-5(ms-3) ms-2 shows dwarfness Otori ms-6(ms-4) and ms-5 is responsible Bufumochi-8 for cool tolerance) ms-7(t) male sterile-7 K 1(KT) ms-8(t) male sterile-8 K 2, S 26 135,136 (KT) ms-9(t) male sterile-9 E 1(KT) 136 ms-10(t) male sterile-10 T 1(KT) 136 ms-11(t) male sterile-11 T 2(KT) 136 ms-12(t) male sterile-12 T 3(KT) 136 ms-13(t) male sterile-13 S 32(KT) 135 ms-14(t) male sterile-14 S 40(KT) 135 ms-15(t) male sterile-15 S 55(KT) 135 ms-16(t) male sterile-16 S 59(KT) 135 ms-17(t) male sterile-17 S 81(KT) 135 ops(ops-1) open hull sterile VI+IX 2 HO 643 66,82 Funento(KY) pcs(ops-2) parthenocarpy sterile C-24 Kaieifunen(HK) 166,167 ============================================================================= s-a-1 hybrid sterility-a I 6 219 Garumbalay 192,196 (s\1\,x\1\) (gametophytic F\1\- (GI) s-a-2 sterility,duplicate 563 Kinoshita- (s\2\,x\2\) genes) mochi(GI) ============================================================================= s-b-1 hybrid sterility-b I 6 219 Garumbalay 192,196 (y\1\) (duplicate genes) (GI) s-b-2 563 Kinoshita- (y\2\) mochi-(GI) ============================================================================= s-c-1 hybrid sterility-c I 6 414 P.T.B. 195 (duplicate genes) 10(GI) s-c-2 II 11 325 Kaniranga (GI) ============================================================================= s-d-1 hybrid sterility-d I 6 E1=T65 (Taichung 196 (duplicate genes) 65)(GI) s-d-2 E3=T65 Isogenic of T65 B\13\(GI) ============================================================================= s-e-1 Hybrid sterility-e XI 5 E1=T65(GI) 196 (duplicate genes) s-e-2 II 11 E2=T65A isogenic of T65 B\13\(GI) ============================================================================= S^a-1 F\1\ sterility in I 6 E101=108 O.sativa 228 heterozygote (S^a-1/ (GI) S-1 S-1)(one locus E103=(S)isogenic sporogametophytic of 108 B\8\(GI) lethal) ============================================================================= S^a-2 F\1\ sterility in E102=W025 O. 228 heterozygote (S^a- glaberrima(GI) 2/S-2) S-2 E-104=(G) isogenic of W025 B\8\(GI) ============================================================================= S^a-3 F\1\ sterility in VIII 9 Taichung 65(GI) 225 heterozygote (S^a- 3/S-3) S-3 W025 O.glaberrima (GI) ============================================================================= S-A-1(A-1) Hybrid sterility-A I 6 104 Peh-ku-tsao- 199 (duplicate seed tu, 563 Kinoshita- S-A-2(A-2) fertility genes) mochi,537(GI) ============================================================================= S-B-1(B-1) Hybrid sterility-B S37,104,563 198,199 (duplicate pollen (GI) S-B-2(B-2) fertility genes) I 6 ============================================================================= ssk(sk) malformed semisterile II 11 kokurato mutant 46 ============================================================================= w'-a(a\1\) F\2\ weak segregants, 451 Surjamukhi 194 in the complementary (GI) w`-b(a\2\) action of w`-a and 521 Kisshin w`-b (GI) ============================================================================= D-a(D-1) Complementary dominant Af107,Af113 17 (barthii)(GI) D-b(D-2) lethal(F\1\ lethal) 563,T65(sativa) (GI) ============================================================================= W-a(W-1) Complementary dominant W042(GI) 18 W-b(W-2) weakness(F\1\ weakness) W025(GI) =============================================================================