1) silicon-cell hybrids
硅-细胞杂化体
1.
The interdisciplinary field of biochip-related research involves protein patterning, DNA chips and silicon-cell hybrids with patterned cell growth.
从蛋白质图案形成技术发展到DNA芯片,以及利用图案化的细胞生长制造硅-细胞杂化体,生物芯片技术为生命科学研究和医学诊断带来了革新,并将在提高人类生命质量方面发挥越来越大的作用。
2) somatic hybridization
体细胞杂交
1.
Plant regeneration from protoplasts has proved a very useful technique for crop genetic improvement programs,genetic transformation,and somatic hybridization etc.
棉花原生质体培养已在多个棉种上取得成功,体细胞杂交也取得了较大的进展,创造出多个种间体细胞杂种,为棉花遗传改良提供了丰富的种质资源。
2.
The factors affecting plant regeneration from somatic hybridization in tobacco were described here.
利用体细胞杂交技术,可以克服传统的有性杂交遇到的诸多育种障碍,加速烟草品种选育进程。
3.
In this paper , the applicability of somatic hybridization in vegetable breeding is reviewed, including innovation of new germplasm, creation and transfer of CMS trait; enhancement of disease resistance, insect resistance and stress resistance, and improvement of physiological type.
从创造蔬菜新种质,丰富蔬菜种质资源;转移和创造CMS性状;蔬菜抗病、抗虫、抗逆育种;改变蔬菜生理类型等四方面详细介绍了体细胞杂交技术在蔬菜育种上的应用,并对体细胞杂交的主要优缺点及其注意事项进行了分析讨论。
3) somatic hybrids
体细胞杂种
1.
Rapid identification of Citrus somatic hybrids through flow cytometry and RAPD analysis;
用流式细胞仪和RAPD快速鉴定柑橘体细胞杂种
2.
Identification of somatic hybrids between cultivar rice and wild rice by isozyme analysis;
栽培稻与野生稻体细胞杂种的同工酶鉴定
3.
Evaluation of Resistance to Bacterial Wilt of Potato Somatic Hybrids;
马铃薯体细胞杂种的青枯病抗性鉴定
4) somatic hybrid
体细胞杂种
1.
Morphologic and agronomic character of 131 somatic hybrids obtained through protoplast fusion between Solanum tuberosum and S.
结果表明,与亲本相比,大多数体细胞杂种的生长势较亲本弱,所有杂种的株高均小于融合亲本;匍匐茎长度均小于双亲平均数,其中小于栽培种亲本的体细胞杂种占42。
2.
The growth of navel orange with rootstocks of somatic hybrid and C.
以体细胞杂种红橘+枳、红橘+粗柠檬和有性杂种Swingle枳柚、Troyer枳橙(对照)作砧木的脐橙幼树为试材,以盆栽试验研究砧木对幼树的影响。
3.
More than 200 cases of somatic hybrids have been obtained via symmetric and asymmetric fusions, most of which are allotetraploids, followed by leaf-parent-typ.
通过原生质体融合已获得200余个组合的体细胞杂种,杂种倍性多样,绝大多数为异源四倍体,其次为叶肉亲本型二倍体,此外还获得了一些其它倍性的杂种植株。
5) somatic cell hybrid
体细胞杂仲
6) cell hybridization
细胞杂种化
补充资料：胺前体摄取和脱羧化细胞
胺前体摄取和脱羧化细胞
amine precursor uptake and decarboxylation cell
简称“APUD细胞”。指在生物化学和细胞化学上具有以下共同特性的细胞，即能够摄取胺的前身物质，脱去其羧基，并转为具有活性的胺或肽。它所产生的活性胺类物质和活性肽类物质能够发挥激素或神经介质的作用。APUD细胞不仅存在于胃、肠、胰，下丘脑、脑垂体、甲状腺、动脉体、胸腺、肺、肾上腺髓质、交感神经节等部位也同样有APUD细胞，构成APUD系统。
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