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- A Study on the Relationship between Prolactin Receptor Gene and Reproductive Capability of Alpaca ( Lama pacos )[J]. 引用该论文 张巧灵;姜俊兵;贺俊平;赫晓燕;耿建军;董常生.
- These revealed that prolactin receptor gene could be used as a candidate gene for reproductive traits. 提示催乳素受体基因可作为繁殖性状的一个候选基因。
- Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin. 本研究利用大鼠肝膜泌乳素受体为特异竞争结合蛋白，在国内首次建立了泌乳素放射受体分析法。
- Progress on Prolactin Receptor Gene 催乳素受体基因的研究进展
- goose prolactin receptor (gPRLR) 鹅催乳素受体
- The Seasonal Change of Prolactin Receptor mRNA in Hair Follicles of Goats Detected by in Situ Hybridization 原位杂交法检测绒山羊皮肤毛囊中催乳素受体mRNA随季节变化的规律
- Polymorphism of exon 10 of prolactin receptor gene and its relationship with prolificacy of Jining Grey goats 催乳素受体基因外显子10多态性及其与济宁青山羊高繁殖力关系的研究
- Molecular Cloning and Prokaryotic Expression of Chicken Prolactin Receptor Extracellular Domain 鸡催乳素受体胞外域的分子克隆及原核表达
- A Study on the Relationship between Prolactin Receptor Gene and Reproductive Capability of Alpaca (Lama pacos) 催乳素受体基因与羊驼繁殖性能关系的初探
- Keywords Minpig;Landrace;maternal behaviour;prolactin receptor gene;single nucleotide polymorphisms; 民猪;长白猪;母性行为;催乳素受体基因;单核苷酸多态性;
- Detection of prolactin receptor in skin of Inner Mongolia alpas cash- mere goat by chemiluminscent photography Western Blotting 检测绒山羊皮肤组织中催乳素受体蛋白
- A sensory receptor that detects warmth. 热探测器测量热量的敏感接受器
- 5.Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin. 本研究利用大鼠肝膜泌乳素受体为特异竞争结合蛋白，在国内首次建立了泌乳素放射受体分析法。
- The liver not only is the receptor of dietary fat. 肝脏是日粮脂肪的接受者。
- chicken prolactin receptor gene 鸡催乳素受体基因
- prolactin receptor gene(PRLR) 催乳素受体基因
- A sensory receptor detects warmth. 热探测器是测量热量的敏感接受器。
- Hormone receptor favouring to loss of weight. 偏向体重减轻的荷尔蒙受器。
- Hormone receptor favouring to obesity. 偏向产生肥胖的荷尔蒙受器。
- Placebo effect tied to brain receptor activity. 安慰剂的效果与大脑内受体活动度有关。
