O-Sense
Contact Us
About Us
Xuyue Co.
Support
关于XBI
最新动态
Home
NMT & imOmics
NMT
What is NMT?
Why FLUXES
How NMT Works
Demo Video
Animation llustration
Literatures
imOmics
What is imOmics?
Research
PLANT SCIENCES
Salt,Drought Stresses etc.
Photosynthesis and Respiration in Plants
Development and its Regulations
Microbial Interactions
Signal Transductions
Nutritions
Environ. Sci.
Bio-monitoring
Bioremediation
Bio-Fuel-Green-Eenrgy
Phytoremediation
PHYSIOL and MEDICINE
Cell Viabilities
Pharmacology & Efficacy Evaluation
Apoptosis & Cell Death Specific Areas:
Physiological Regulations
Neuroscience
Diabetes
Cancer
Other Diseases
OTHER APPS
Bio-waste Treatment
Microbiology & Food Safety
Careers
SERVICES
BIOMED RESEARCH
Online NMT Service Form
Services FAQs
FAQ
Xuyue NMT Blog
Home
NMT介绍
旭月简报
Display #
5
10
15
20
25
30
50
100
All
Title
Hits
Environ Pollut：硅藻的[Si依赖性Cd/ Cu/ Pb耐受力]的机制 | NMT重金属创新科研平台
790
EES深大：NMT发现圆形硅藻实时镉吸附能力强于梭形、三叉形硅藻
832
（一作供稿）山西医大祁金顺：NMT证实抗T2DM药物维持钙稳态缓解Aβ毒性 | NMT活体脑片创新科研平台
838
【成果回顾】NC南农朱毅勇：NMT发现质子泵基因OSA1促水稻根排H+ 为OSA1促NH4+吸收同化的机制提供证据
819
JES南信大、南京地湖所：NMT发现菹草根际吸O2促P固定以去除富营养水体中的P
745
PC浙大金崇伟：NMT发现酸胁迫下STOP1促根吸H+致根际pH↑为探究STOP1-NRT1.1提升植物NUE及耐酸机制提供证据
819
台湾师大林豊益：TRPV4（一种NSCC）通过硬骨鱼催产素途径调节斑马鱼离子平衡|NMT斑马鱼创新科研平台
831
Chemosphere林豊益：纳米铜毒理评价新体系——活体斑马鱼皮肤细胞排氢排铵速率
843
【成果回顾】MP万建民院士：无损"电生理"Ca2+流作为膜通道功能核心验证手段 为揭示CNGC9通道调控水稻低温响应机制提供证据
846
S Shabala、陈仲华：叶肉细胞排Cl-排K+速率可用于预测温室和大田水稻生殖期的耐盐能力
782
Start
«
1
2
3
4
5
6
7
8
9
10
»
End
O-Sense