Isolation and Identification of Bacteia and Correlation between SCC and Enzyme in Subclinical Mastitis Milk Samples;
奶牛隐性乳腺炎病原菌的分离鉴定和体细胞数及酶的相关性研究
Total 62 records of Dairy herd improvement of culled lactating cows of eight months in 2003 in 5th dairy farm of Xi'an CaoTan were collected to analyze the relationship between lactation month,the portion of milk components and bovine milk somatic cell count(SCC) in this paper.
本研究利用陕西省西安市草滩牛场第五奶牛场62头泌乳牛2003年8个月的DHI记录资料,对泌乳月份及部分乳成分与牛乳中体细胞数的关系进行了研究。
Milk Somatic Cell Count(SCC),fat,protein,lactose,total solids,total bacteria,viscosity,density,electronic conductance and Koestler number,Thorner(°T) and pH were determined.
对呼和浩特郊区一牧场30头荷斯坦乳牛进行6个月单个采样,共得452个有效样本,检测乳样包括:体细胞数、脂肪、蛋白质、乳糖、总固形物、细菌总数、比重、黏度、电导率、氯糖数、滴定酸度和pH值。
Influence of somatic cell count in raw milk on yield,texture and organoleptic properties of Cheddar cheese;
原料乳体细胞数不同对契达干酪产出量、质构及感官的影响
Effect of somatic cell count on milk and monitoring measure;
体细胞数对乳的影响及其控制措施
Influence of somatic cell count in milk on cheese making;
乳体细胞数对干酪生产的影响
It binds with DNA or interacts with other protein to regulate the transcription of target gene,promote the tumor growth,cell adhesion(to resist apoptosis),the differentiation of progenitor cells.
FBI-1通过直接结合DNA或者与其他蛋白形成复合物影响目的基因的转录水平,从而推动肿瘤的生长、促进细胞黏附拮抗凋亡、促进前体细胞分化。
Recently,stem cells such as retinal stem cells(RSC),mesenchymal stem cells(MSC),embryonic stem cells(ESC),brain-derived stem cells(BDSC),also the cells such as retinal progenitor cells,retinal precursor cells,retinal epithelium(RPE) and Müller cells have been widely concerned in studying of retinal repairment and retinal regeneration.
近年来各种来源的干细胞、祖细胞和前体细胞在视网膜组织修复及再生研究中的应用倍受瞩目。
Objective To establish a cell model for studying the molecular mechanism of committed differentiation of dopaminergic neurons (DNs), by means of in vitro culturing ventral mesencephalic precursors (VMPs) from inbred rat embryos.
目的体外培养近交系大鼠胚胎腹侧中脑前体细胞(VMP)并诱导其分化为多巴胺能神经元(DN),为研究DN定向分化的分子机制提供细胞模型。
Objective To investigate the relationship between the TRAb producing cell precursors and different clinical stages of Graves disease.
目的 探讨分泌TRAb的前体细胞频率与Graves’病临床分期的关系。