1.
The study of the effects of very low temperatures on living organisms.
低温生物学研究低温对生物影响的学科
2.
A Study on the Cryopreserved Platelet Preparation, Cryobiologic Parameters Determination and the Characteristics of It s New Subpopulations;
冰冻保存血小板制作、低温生物学参数测定及其新亚群特性研究
3.
Establishment and Application of Systemic Cryobiological Techniques in Laboratory Mouse Resource Preservation
系统低温生物学技术在实验小鼠资源保存中的建立与应用
4.
the branch of physics that studies the phenomena that occur at very low temperatures.
物理学中对非常低温下发生的现象的研究。
5.
Selection for Cold-Resistent Strain by Mutagenesis of Volvariella Volvacea and Molecular Biological Identification;
草菇耐低温菌株的诱变选育与分子生物学鉴定
6.
The Biological Changes of Deep-Frozen Allogenic Tendins Graftings;
深低温冷冻同种异体肌腱移植后的生物学改变
7.
Effects of Cryopreservation on Biological Characters of Human PDLSCs
低温冻存对人牙周膜干细胞生物学特性的影响
8.
How to Prolong the Shelf Life of Low Temperature Meat Products Using the Predictive Microbiology
利用预测微生物学延长低温肉制品的货架期
9.
Cryobiology has allowed unborn fetuses be kept under cryopreservation for years.
低温生物技术能让胎儿在低温条件下存活数年。
10.
Chemical-Biological Flocculation Enhanced Primary Treatment in Low Temperature Domestic Wastewater;
低温生活污水化学—生物絮凝强化一级处理试验研究
11.
But the real biological differences are far less even than this figure would suggest, according to Dr. Venter.
按温特博士的观点，真正的生物学差异还要远低于这个数字。
12.
Study on Biologic Viability of Culatural Rabbit s Limbal Corneal Epithelial Cells After Cryopreservation;
培养的兔角膜缘上皮细胞深低温保存后的生物学活性研究
13.
The Biological Characteristics of Adult Bone Marrow Mesenchymal Stem Cells and the Influence of Cryopreservation on It;
成人骨髓间充质干细胞生物学特性及低温冻存对其影响的研究
14.
Kinetics Study on Hydrolysis and Hydrocarbon Generation of Mixed Fatty Acid Esters Catalyzed by Natural Minerals at Low Temperature Normal Pressure
常压下矿物低温催化混合酯水解及生烃动力学研究
15.
Simulation of Temperature Field in the Cryopreservation Process of Biological Materials
生物材料低温保存过程中的温度场模拟
16.
Bioaugmentation Technology of Low Temperature Wastewater;
低温污水生物强化处理技术应用研究
17.
The Study of Diversity of Microorganism in MingYong Glacier;
明永冰川低温微生物多样性初步研究
18.
Discussion on Auto-Compensation in Low Temperature;
膜生物反应器低温自补偿作用的探讨