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中国博士后科学基金(20100480837)

作品数:3 被引量:9H指数:1
相关作者:蒋和生杨秀荣杨宁邓继贤更多>>
相关机构:广西大学中国农业大学广西科学院更多>>
发文基金:中国博士后科学基金国家重点基础研究发展计划国家高技术研究发展计划更多>>
相关领域:生物学农业科学更多>>

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3 条 记 录,以下是 1-5
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广西眼镜蛇神经毒素的原核表达
本文利用外源表达的方法表达眼镜蛇C7基因,为眼镜蛇蛇毒在医学上的应用奠定基础。直接用广西眼镜蛇基因组DNA,利用拼接PCR的方法能有效拼接两个外显子序列,能成功获得广西眼镜蛇CT基因成熟肽序列,说明拼接PCR的方法能够用...
鄢航杨秀荣邓继贤郭亚芬兰干球蒋钦杨蒋和生
关键词:眼镜蛇神经毒素基因重组原核表达
鸡性别分化关键时期性腺细胞拉曼光谱分析
1引言每种组织、细胞所含的蛋白质、核酸、脂类和碳水化合物等生物大分子因其构型、构象不同,使得每种物质都有其特征的拉曼光谱。单细胞光镊拉曼光谱技术可对单个细胞的拉曼光谱图进行分析,其原理是将光学囚禁(opti-cal tr...
杨秀荣蒋和生姚辉璐
关键词:性别分化性腺拉曼光谱
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鸟类性别决定与性别分化机制被引量:8
2012年
鸟类的性别由性染色体(ZZ雄性,ZW雌性)的遗传物质决定。在胚胎期,1条或2条性染色体上的基因控制着鸟类性别的分化,ZZ雄性性腺发育成睾丸,ZW雌性性腺发育成卵巢。DMRT1(Doublesex and mab-3 relatedtranscription factor 1)被认为是目前为止调节性腺分化的最佳候选基因。然而,最近的研究发现,鸟类的性别独立于性激素信号而表现为细胞自主性。因此,鸟类的性别决定基因不仅仅要控制性腺的分化,而且能操纵全身的细胞。从这个意义上说,DMRT1不可能是鸟类性别决定的开关基因。文章将从W染色体与卵巢发育、Z染色体与睾丸发育及性别决定的自主性等3个方面对鸟类性别决定与性别分化机制取得的最新进展进行阐述,为研究鸟类性别决定的开关因子、性别决定的分子机理奠定基础。
杨秀荣蒋和生杨宁
关键词:鸟类性别决定性别分化DMRT1
广西眼镜蛇遗传多样性RAPD分析被引量:1
2011年
对广西眼镜蛇的血液基因组进行RAPD扩增,从30条随机引物中筛选出18条可扩增出清晰多态条带的引物。结果表明,18条随机引物共产生了257个位点,其中多态性位点152个,多态率为59.1%;个体间的平均遗传相似系数为0.8186;个体间平均遗传距离为0.1814,群体Shannon信息指数为0.3170;Nei’s基因多样性指数为0.2112;等位基因观察数为1.3563;有效等位基因数为1.5914。表明广西眼镜蛇具有较强的遗传多样性。
杨秀荣邓继贤蒋和生
关键词:RAPD分析
Dosage Effects of Fadrozole on Growth and Development of Sex-Reversed Genetic Female Chickens
2013年
Fadrozole, an aromatase inhibitor, can masculinize genetic female chickens and high-dose decreases the hatchability. Therefore, it is important to study the growth and development of sex-reversed females after hatch. Chick embryos from a population of CAU3 egg-type were treated with different concentrations of Fadrozole prior to the sexual differentiation at E3.0 (st18). At hatch, the phenotypic sex and genetic sex were identified by vent sexing and genetic diagnosis with CHD1, respectively. Body weight and shank length of sex reversal were tested at 8 and 20 wk, respectively. Testicular development, oviduct and ovarian degeneration were observed and serum concentration of estradiol and testosterone were tested with radioimmunoassay (RIA) at 30 wk. The results showed that body weight and shank length of sex- reversed females were not significantly different between low-dose groups (0.1, 0.3, and 0.5 mg for F1, F2, and F3, respectively) and high-dose groups (1.0 and 1.3 mg for F4 and F5, respectively) (P〉0.05). Left and right testes or ovotestes in F2, F3, F4, and F5 groups were heavier than that of in F1 group (P〈0.05). While the gonad weight of treatment groups were less than that in male control (P〈0.05), oviduct weight in F2, F3, F4, and F5 groups were significant differences compared with female control and F1 group (P〈0.05). Egg number from onset of laying egg to 30 wk in F4 and F5 groups were less than in female control, F1 and F2 groups (P〈0.05). Serum testosterone level in F5 group was significant higher compared with female control, F1, F2, F3, and F4 groups (P〈0.05), but significant lower compared with male control (P〈0.05). While concentration of serum estradiol in F5 group was significant lower compared with female control, F1, F2, and F4 groups (P〈0.05). In conclusion, the concentration of Fadrozole do not affect postnatal growth of sex-reversed female chicken and the degree of sex-reversed females elevate with the increase of Fadrozole
YANG Xiu-rongJIANG He-shengZHENG Jiang-xiaQU Lu-jiangCHEN Si-ruiLI Jun-yingXU Gui- yunYANG Ning
关键词:CHICKENFADROZOLE
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