Edit

Helping researchers identify host proteins used by coronavirus

Scientists at EMBL Heidelberg release database of RNA-binding proteins to assist the identification of proteins that interact with the SARS-CoV-2 RNA genome

Artistic rendering of an RNA-binding protein interacting with an RNA molecule.
Artistic rendering of an RNA-binding protein interacting with an RNA molecule. ILLUSTRATION: Campbell Medical Illustration Ltd.

RNAs, short for ribonucleic acids, coordinate many biological processes inside cells. They are bound by RNA-binding proteins (RBPs) that perform a certain task on the RNAs. RBPs can help RNAs to mature, protect RNA molecules against destruction, modify the information carried in them, and control the production of proteins from RNA. In human cells, there are about two thousand different RBPs. Many of these proteins have only been recognised as RBPs recently, and the functions of hundreds remain unknown. The family of RNA viruses, which includes the novel SARS-CoV-2 coronavirus, carries their genetic information in the form of RNA molecules. When such an RNA virus infects a cell, its RNA-based genome requires cellular RBPs as host factors, taking over the cellular machinery to create more copies of itself and otherwise influence cellular functions.

The cellular proteins that bind to SARS-CoV-2’s RNA genome have not yet been identified. To assist researchers in finding out, EMBL scientists in the groups of Matthias Hentze and Wolfgang Huber have created the RBPbase database that includes nearly all eukaryotic RBPs known to date. RBPbase stores information on over 4000 proteins that have been identified as RBPs across multiple studies. The EMBL scientists hope that RBPbase will help researchers worldwide to identify candidate proteins in infected cells as coronavirus-interacting RBPs. This may lead to a better understanding of how coronavirus multiplies in cells, and enable the design of novel therapeutic strategies.

Tags: Coronavirus, COVID-19, Databases, Hentze, Huber, protein-RNA networks, proteins, RNA, RNA-binding proteins, SARS-CoV-2

More from this category

Picture of the week

To study the effect of commonly used drugs on bacterial envelopes, EMBL scientists applied a biochemical assay using a colour reaction. The deeper the red, the stronger the disruptive effect of the drug.

By  Marius Bruer

A metal rack holding glass test tubes with yellow and red solutions in them.

EMBLetc.

Read the latest Issues of our magazine - EMBLetc.

Looking for past print editions of EMBLetc.? Browse our archive, going back 20 years.

EMBLetc. archive
Edit