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
Plant Soil西南大学:NMT发现镁通过调节IAA极性运输促根冠微区碱化缓解杨树铝毒
587
New Phytol陈少良:盐胁迫下哈蒂氏网在外生菌根对植物硝酸盐吸收改善中的作用
649
EP南农崔瑾:血红素加氧酶诱导剂抑制BcIRT1转录降低小白菜Cd吸收
624
Nat Commun郭岩:Ca2+激活的14-3-3蛋白在盐胁迫中充当分子开关
563
林科院王军辉:ABA依赖型K+流速是植物耐旱的重要指标
577
首医大朱进霞:NKCC2(离子转运体)参与胃酸分泌的实时生理证据丨NMT活体组织创新科研平台
541
MP万建民院士:无损“电生理”钙流为揭示OsCNGC9通道调控水稻低温响应机制提供直接证据
599
首医大朱进霞:NKCC2(离子转运体)参与胃酸分泌的实时生理证据丨NMT活体组织创新科研平台
559
安徽农大宛晓春:Cl-和氨基酸在K+缓解茶树干旱胁迫中的作用丨NMT水旱胁迫创新科研平台
539
兰大王锁民:木栓质通过排钠保钾及限制水回流促植物耐盐丨NMT植物耐盐创新平台
720
Start
«
9
10
11
12
13
14
15
16
17
18
»
End