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A molecular network that controls the deposition of connective tissue has been decrypted, and could in future provide a new way to treat organ scarring.

Research in animal models and patient tissues has identified a new molecular pathway in the liver that suggests a commonly used anti-rejection medication could be repurposed to treat certain liver cancers.

Companies combine their shared values and vision to help customers fulfill their liquid handling and laboratory automation needs.

Company's strategic expansion will further support their vision to supply the best antibodies for today's and tomorrow's targets of interest.

Vaccinating mice with Streptococcus mitis bacteria prevents their virulent sibling, Streptococcus pneumoniae from infecting the mice too.

A scientific team has developed a new way to identify second-line antibiotics that may be effective in killing germs already resistant to a first-line antibiotic - potentially helping overcome antibiotic resistance.

Scientists have found that a drug derived from omega-3 fatty acids can reduce osteoarthritis inflammation that's been caused by a high-fat diet.

It is well known that aging promotes cancer development, but this is the first time that the reverse has been shown to be true.

Different chemical substances, which are used in drugs, should have a special property that is necessary for the most important molecular compounds of human body. Researchers have found out that transaminases are the enzymes, which can synthesize the compounds with special chirality. Today, there are many ways to detect transaminases of different chemical compositions.

The secure encryption of information units based on a method called quantum key distribution (QKD) involves distributing secret keys between two parties by using quantum systems as information carriers. However, technology is currently limited by the channel's capacity to send or share secret bits. show how to better approach the secret key capacity by improving the channel's lower boundary.