Some fragments that change the active structure of drug molecules can be mounted on the large skeleton of drug molecules like mechanical parts, improving drug activity and reducing side effects.
Some fragments that change the active structure of drug molecules can be mounted on the large skeleton of drug molecules like mechanical parts, improving drug activity and reducing side effects.
Some fragments that change the active structure of drug molecules can be mounted on the large skeleton of drug molecules like mechanical parts, improving drug activity and reducing side effects.
Some fragments that change the active structure of drug molecules can be mounted on the large skeleton of drug molecules like mechanical parts, improving drug activity and reducing side effects.
Some fragments that change the active structure of drug molecules can be mounted on the large skeleton of drug molecules like mechanical parts, improving drug activity and reducing side effects.
Some fragments that change the active structure of drug molecules can be mounted on the large skeleton of drug molecules like mechanical parts, improving drug activity and reducing side effects.
As semiconductor devices become smaller and smaller, researchers are exploring the potential applications of two-dimensional (2D) materials in transistors and optoelectronics. Controlling the flow of electricity and heat through these materials is key to their function, but first we need to understand the details of these behaviors at the atomic scale.
This three-year-old startup is the first to use deep learning language models to synthesize new proteins that do not exist in nature, triggering a revolution in protein design.
On March 9, the FDA approved ZAVEGEPANT (ZAVZPRET), the first new molecular entity so far this month, for the treatment of acute migraine. This product is a new type of CGRP inhibitor. Whether it is migraine with aura or migraine without aura, it can be used to treat it. It is worth mentioning that this product is the first nasal spray product in the field of CGRP inhibitors.
Many electric car owners worry that their batteries won't last in very cold weather. Now a new approach to battery chemistry may have solved that problem. Scientists have developed a new, safer electrolyte for lithium-ion batteries that is as effective at temperatures below 0 degrees Fahrenheit (-17.8 degrees Celsius) as it is at room temperature.
Semiconductor ALD/CVD precursor is the core key raw material of semiconductor thin film Deposition process, which can be processed by Chemical Vapor Deposition (CVD) and Atomic Layer deposition (Atomic Layer Deposition). ALD) prepares metal/oxide/nitride films for integrated circuit manufacturing processes of 90nm-14nm or even 7nm advanced technology nodes, and is widely used in high-end chip manufacturing, including logic chips, AI chips, 5G chips, large-capacity memory and cloud computing chips.