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1)  genetic improvement pot ential
遗传改良潜力
2)  genetic improvement
遗传改良
1.
Theory and method of genetic improvement in mariculture mollusks: a review;
关于贝类遗传改良几个问题的讨论
2.
Current situation and genetic improvement of grain quality of indica hybrid rice;
籼型杂交稻米质现状及其遗传改良
3.
Applications of modern molecular biotechnology to genetic improvement in forest trees.;
现代分子生物学技术在林木遗传改良中的应用
3)  heredity improvement
遗传改良
1.
Research progress on agricultural microbial fungicides and their heredity improvement;
农业微生物源杀菌剂及其遗传改良研究进展
2.
Research progress in trace pollen control and heredity improvement of polCMS(Brassica napus L.);
甘蓝型油菜polCMS微粉控制及遗传改良研究进展
3.
The methods of polyethylene glycol, electroporation, particale bombardment, agrobacterium tumefaciens were mainly used on rice heredity improvement(such as disease/pest resistance, adversity resistance and quality).
作者介绍了PEG法、电激法、基因枪法、农杆菌介导法的原理及在水稻抗病虫、抗逆及品质等遗传改良上的应用现状 ,并展望了植物遗传转化方法的应用前景。
4)  genetic modification
遗传改良
1.
Studies on the Mechanisms of Aluminium Toxicity, Tolerance and Genetic Modification of Aluminium Toxicity in Wheats (Triticum Aestivum L.);
小麦铝毒害及耐铝机理与遗传改良的研究
2.
Among different genetic modification methods,the most common form in commercial aquaculture is selective breeding,and the genetic engineering breeding has promising prospect.
遗传改良在水产养殖中具有重要的作用。
5)  improving potential
改良潜力
1.
Based on formula for improving potential, the improving potential of productivity was higher than that of quality in 266 groundnut germplasm accessions in Yunnan province of China.
利用改良潜力公式推算云南省现有的 2 66份花生栽培种种质 ,花生的丰产性改良潜力大于品质性状的改良潜力。
6)  genetic potential
遗传潜力
1.
Using 30 microsatellite markers and combining quantity characters such as body weight,body size and body width,we evaluated the genetic potential of 3 Germany mirror carp populations.
结合体重、体长、体高等数量性状,用30个微卫星分子标记,评估了3个德国镜鲤群体的遗传潜力,共检测到287个等位基因,559种基因型,片段长度109~400 bp,有效等位基因数1。
补充资料:光合生产潜力
分子式:
CAS号:

性质:又称作物生物学产量或作物产量理论上限。在作物群体结构、长势、农业措施及环境条件均处于最佳状态时,由作物光合效率所决定的单位面积的最高产量。光合生产潜力受许多因素的影响;光合有效辐射,作物群体截获太阳光能的量,光饱和限制、呼吸作用消耗的能量等。不同地区光合生产潜力不同,但总的说来,低纬度地区比中、高纬度地区光合生产潜力要高。光合生产潜力的研究不仅可得知植物生产潜力的限度与地域分布,还可找出影响作物生长发育和最终产量的限制性因素,以便采取相应措施。

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