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
New Phytol于彦春/武丽敏：NMT发现KAR酶失活致热激后叶肉吸Ca失调为KAR酶通过调节胁迫信号赋予水稻耐热性提供证据
834
【成果回顾】种康院士：NMT发现冷胁迫下CIPK7点突变水稻根吸Ca2+增强 为CIPKs调控水稻耐寒机制的研究提供关键证据
788
山农学者：种子吸Ca2+速率可作为种子活力快速评价指标
753
【成果回顾】MP谢旗：NMT发现VPS23A促盐胁迫下根排Na+为ESCRT组分增强SOS模块功能维持拟南芥耐盐提供证据
785
Crop J南农张阿英：NMT发现CBL5促盐胁迫下根排Na+为CBLs通过调节Na+稳态促谷子耐盐提供直接证据
702
【成果回顾】西北研究院：NMT发现FAD3通过亚麻酸调节Ca2+信号增强烟草对多重胁迫的耐受性
758
北林：NMT发现NO促Pb吸收并诱导Ca2+流紊乱 为NO增强Pb毒性的机制研究提供证据
804
中国林科院张华新、杨秀艳：NMT发现白刺通过维持叶肉排Na+保K+能力及H+泵活性来适应盐胁迫
784
【成果回顾】MP西农：NMT发现Ca2+流在H2S调控ABA信号通路研究中充当关键生理证据
708
Plants：NMT发现干旱下寸草叶肉吸收K+/Cl-/Na+速率增加证明其通过提升渗透调节力抵御干旱
729
Start
«
1
2
3
4
5
6
7
8
9
10
»
End
O-Sense