Subscribe to Our Newsletter

Success! Now Check Your Email

To complete Subscribe, click the confirmation link in your inbox. If it doesn't arrive within 3 minutes, check your spam folder.

Ok, Thanks

New Medications Help Avoid COVID-19

Scientists have successfully created a new kind of drugs, helping to prevent COVID-19. The drug stimulates the creation of proteins that can turn on and off specific genes that fight the disease. The proteins contain hundreds to thousands of smaller building blocks called amino acids. Amino acids itself are connected

Dmitry Spodarets profile image
by Dmitry Spodarets
New Medications Help Avoid COVID-19

Scientists have successfully created a new kind of drugs, helping to prevent COVID-19. The drug stimulates the creation of proteins that can turn on and off specific genes that fight the disease. The proteins contain hundreds to thousands of smaller building blocks called amino acids. Amino acids itself are connected to one another in long chains that fold up to form a protein.

The scientists managed to create these proteins artificially. The method they used is based on the mechanism that passes an accidental amino acid sequence through a deep neural network. The consequent predictions are blurry, with obscure structures, as expected for random sequences.

The probable applications of de novo proteins are vast. With deep neural networks, it will be possible to create even more proteins that can break down plastics to prevent environmental pollution, identify and deactivate unhealthy cells and improve vaccines against existing and new pathogens.

Source: Phys.org.

Dmitry Spodarets profile image
by Dmitry Spodarets

Data Phoenix Digest

Subscribe to the weekly digest with a summary of the top research papers, articles, news, and our community events, to keep track of trends and grow in the Data & AI world!

Success! Now Check Your Email

To complete Subscribe, click the confirmation link in your inbox. If it doesn’t arrive within 3 minutes, check your spam folder.

Ok, Thanks

Read More