1) Crossbreeds
杂种子代
1.
Berry Traits Variation Analyse of Seabuckthorn Crossbreeds and Selection of Superior Families
沙棘杂种子代果实性状变异分析及优良家系选择
3) hybrid
[英]['haɪbrɪd] [美]['haɪbrɪd]
一代杂种
1.
A New Winter Melon Hybrid‘Heiyou 1’;
冬瓜一代杂种‘黑优1号’
2.
Jiyan 8 -A Pepper Hybrid Produced by Male Sterile Lines;
利用雄性不育两用系配制的辣椒一代杂种‘冀研8号’
3.
`Jiyan 6 - A Sweet Pepper Hybrid Produced by Male Sterile Lines;
甜椒雄性不育两用系一代杂种‘冀研6号’
4) F_1 hybrid
一代杂种
1.
2 is a new hot pepper F_1 hybrid developed by crossing two self-lines 97-2 which was selected from Haimenxiaolajiao as a female parent and 87-2 which was selected from Taikongjiao as a male parent.
通研2号是以南通本地羊角型辣椒海门小辣椒经多代自交选育出的稳定自交系97-2为母本,以从北方引进的大果型甜椒太空椒经多代自交选育出的稳定自交系87-2为父本配制而成的一代杂种。
2.
Longyuanxiuchun is a new cucumber F_1 hybrid developed by crossing two inbred line 72-12 and 56-8.
旱黄瓜龙园绣春是以自交系72-12为母本、以自交系56-8为父本配制而成的华南型黄瓜一代杂种。
3.
5 is a new F_1 hybrid developed by crossing two inbred lines A-95 and 96-1-6.
晋西葫芦5号是以自交系A-95为母本,96-1-6为父本配制而成的一代杂种。
5) F1 hybrid
一代杂种
1.
Heiyu is a small watermelon F1 hybrid.
黑玉西瓜为小果型西瓜一代杂种。
2.
1’is a new pepper F1 hybrid by crossing inbred line B200326 as female parent from a local variety‘niujiaowang’in Inner Mongolia with inbred line No.
28为父本配制而成的中早熟辣椒一代杂种。
3.
2’is a new cauliflower F1 hybrid developed by crossing self-incompatible line 94-24 and inbred line 2001-23.
圣雪2号是以自交不亲和系94-24为母本,以自交系2001-23为父本配制而成的春秋兼用型花椰菜一代杂种。
6) generation of hybrid
杂种世代
1.
Induction frequency of pollen callus,differentiation frequency of green plantlets,callus fresh weight from different wheat genotypes have a significant difference in same generation of hybrid, but induction frequency of pollen callus,differentiation frequency of green plantlets,callus fresh weight from same wheat genotypes have a slight differ.
对5个小麦不同组合基因型的F1,F2,F3花药进行培养,结果表明:不同组合基因型在同一杂种世代的花药愈伤组织诱导率、愈伤组织鲜重和绿苗分化率等方面存在较大差异,而同一组合基因型在不同杂种世代的花药愈伤组织诱导率、愈伤组织鲜重和绿苗分化率等方面差异较小。
补充资料:杂种
分子式:
CAS号:
性质:又称杂合体,杂种。由遗传学上不同的种或个体之间杂交而产生的生物。种间杂交可能是不育的,因为在减数分裂时,不相同的染色体之间不能配对。F1杂种的培育是为了利用其杂交优势及高产性,对植物尤其是如此。
CAS号:
性质:又称杂合体,杂种。由遗传学上不同的种或个体之间杂交而产生的生物。种间杂交可能是不育的,因为在减数分裂时,不相同的染色体之间不能配对。F1杂种的培育是为了利用其杂交优势及高产性,对植物尤其是如此。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条