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- VX (Nerve Agent) - an overview | ScienceDirect Topics
VX is a liquid with a low vapor pressure and volatility, and spontaneous evaporation is minimal 11 However, all organophosphates may be aerosolized with mechanical sprayers, for example, during crop dusting or from the combustion of an explosive device
- VX (Nerve Agent) - an overview | ScienceDirect Topics
Nerve agent VX is defined as a highly toxic organophosphorus chemical that targets the cholinergic nervous system, noted for its use in military applications and associated with significant casualties in various conflicts
- VX (Nerve Agent) - an overview | ScienceDirect Topics
Nerve agent VX is defined as a potent military chemical nerve agent that attacks the nervous system, causing uncontrollable muscle convulsions It is highly persistent, can remain a liquid for more than 24 hours, and is known for its efficiency at skin penetration AI generated definition based on: Sittig's Handbook of Toxic and Hazardous Chemicals and Carcinogens (Seventh Edition), 2017
- 为什么很多人把微信称做VX？ - 知乎
为什么很多人把微信称做VX？ 微信英文名wechat，拼音weixin，哪来的VX？
- 微信的缩写为什么不是WX而是VX? - 知乎
中式英语WC 中式英语WC 为了不让微信的缩写变得有味道，于是大家就觉得用VX会好一些。 还有更重要的一点，就是VX的中式读音更接近微信。 英语好的人都知道 V 的正确发音是 viː 但是大多数中国人的英语都不像你一样好 所以其实很多中国人都会把V读成“微”。 比如下面这位大姐。
- State-Dependent Inhibition of Nav1. 8 Sodium Channels by VX-150 and VX . . .
The Nav1 8 sodium channel (Nav1 8) is a current target for new drugs for pain This work describes the potency, selectivity, and state-dependent characteristics of inhibition of Nav1 8 channels by VX-150 and VX-548, compounds that have recently shown efficacy for relief of pain in clinical trials but whose mechanism of interaction with channels has not been described The results show that the
- Drug discovery targeting Nav1. 8: Structural insights and therapeutic . . .
The success of VX-548 in acute pain and early efficacy signals in DPN holds promise for Na v 1 8 as a validated target for broad spectrum pain management and a focus for future endeavor
- Toxicokinetic analysis of the highly toxic nerve agent VX in . . .
However, this material has strong limitations regarding compound binding The current study investigated options to reduce compound absorption of the highly toxic nerve agent VX (1000 µmol L) in a commercially available organ-chip In addition, surface effects on degradation products of VX were investigated
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