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- This article reviews the study progress of interstitial disease in molecular genetics in order to seek the possible therapeutic target. 闡述近年來間質性肺疾病的分子遺傳學研究進展,旨在尋找新的可能的治療靶點。
- Researchers at the Max Planck Institute for Molecular Genetics in Berlin have now explained the molecular principles of these control processes. 德國柏林馬普分子遺傳學研究院研究人員目前已經破解控制染色體分配的分子原理。
- Advancements in molecular genetics in the last few decades allow us to understand more about self and non-self as well as our bodies in health and sickness. 近幾年來,分子遺傳學的發展使我們對自我非自我以及人體的健康或疾病有進一步的了解。
- It said Hans-Hilger Ropers, director at Max-Planck-Institute for Molecular Genetics in Berlin, has tested a pill thwarting hyperactivity in certain brain nerve cells, helping stabilise short-term memory and improve attentiveness. 柏林馬普學會高分子研究所所長羅普斯表示,他已經對能減少某些腦神經細胞過度活躍的藥物進行了試驗,這種藥物能幫助生物穩定短期記憶力和改善注意力。
- Progress in human genome project (HGP) and the application of molecular genetics in the study of glaucoma has leaded to an important progress in the understanding of etiology of glaucoma. 人類基因組計劃的完成及相關分子遺傳學技術在青光眼研究領域的應用,使青光眼的病因學研究取得了重要進展。
- Molecular genetics in secondary hypertension 繼發性高血壓分子遺傳學進展
- ANALYSIS OF CYTOGENETICS AND MOLECULAR GENETICS IN SEXUAL AGENESIS 性發育異常的細胞和分子遺傳學分析
- We also found that DBP associated with VDR in yeast and in vitro. 我們還發現DBP和VDR能在酵母中相互作用。
- A study on cytogenetics and molecular genetics in chronic myeloid leukemia blast crisis 慢性髓細胞白血病急變期細胞遺傳學及分子遺傳學研究
- Mendelian genetics in the setting of neuropsychiatry. 神經精神醫學中的孟德爾遺傳學。
- Molecular genetic markers and their application in entomology. 分子遺傳標記技術及其在昆蟲科學中的應用。
- The function of human CPP32, at least in yeast cells,had species specificity, even though its function was conservative in the molecular evolution process. 認為 ,儘管人源 CPP32在分子進行過程中具有功能保守性 ,但在酵母細胞中具有種特異性
- Molecular genetics came to depend upon studies of the structure and function of DNA, RNA and protein. 分子遺傳學的形成仰賴於DNA,RNA和蛋白質的結構與功能的研究成果。
- Acquisition of stress tolerance by pressure shock treatment in yeast. 間歇壓力處理獲得的酵母耐壓性。
- This is the essential thesis of molecular genetics, sometimes called the central dogma. 這就是分子遺傳學的基本論點,或稱中心法則。
- Carboxylases are found in yeasts, bacteria, plants, and animals. 廣泛存在於酵母,細菌,動植物中。
- Recent developments in molecular genetics have provided insights into the molecular mechanisms that lead to MDS. 近代分子遺傳學的發展使我們對其分子水平上的形成機制有了進一步的了解。
- Saccharomyces cerevisiae(S. cerevisiae) is the first organism whose molecular genetics was known. 人們對釀酒酵母(Saccharomyces cerevisiae)分子遺傳學方面的認識最早。
- Yeast must be used in producing wine. 制酒時必須使用酵母菌。
- Clinical, electrophysiological and molecular genetics about CSNB are reviewed in this paper. 筆者就CSNB的臨床、電生理和分子遺傳學進行了綜述。