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New insight into cell receptors opens the way for tailored cancer drugs

New research on how cancer mutations influence a certain type of receptor on the cell membrane opens the way for the development of tailored drugs for certain cancers, such as rectal cancer and lung cancer.

The results of their work - which concerns a group of G protein-coupled receptors called Class Frizzled (Class F), has been published in Nature Communications.

"Class F receptor dysfunction can be linked to different forms of cancer," said Gunnar Schulte, study leader and professor at Karolinska Institutet's Department of Physiology and Pharmacology. "We can now describe in molecular detail how the receptors are activated and try to find drugs that stop this activation to prevent tumour growth."

The receptors on the cell membrane are activated by hormones or messenger molecules, which trigger a cascade of processes within.

G protein-coupled receptors are one of the largest protein families in the body and are already an established drug target for a whole range of diseases.

An important subgroup of G protein-coupled receptors are the so-called Class F receptors, but to date, they have not constituted a therapeutic target to any great extent.

In this study, the researchers used newly developed methods to compare the mutation frequency of Class F receptors in tumours with the normal population.

In linking cancer mutations to receptor function in this way, they claim to have opened up new opportunities for mechanism-based drug discovery.

The study describes for the first time how regions of the Class F receptor act as a kind of switch for receptor activation and how mutations in the receptor molecules can drive tumour development.

According to Prof Schulte, there are indications that other diseases, such as fibrosis, can also be linked to Class F receptor dysfunction.

The researchers are currently working to develop their ideas and explore potential new drugs.

"Drugs targeting receptors in this group have been unspecific," Prof Schulte added. "We hope that it will now be possible to develop more effective drugs that can target individual receptors, drugs for cancers such as rectal, cervical and lung cancer."

Source: Karolinska Institutet

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