-

Bright sparks – Targeting inflammatory-driven disease

This article featured in Illuminate Newsletter Summer ‘22
Key Researchers
Laboratory Head
Dr Bekky Feltham sitting at a laboratory bench

At university, Dr Rebecca (Bekky) Feltham knew there was something special about biochemistry.

“Breaking down life into smaller parts helped me better understand the world,” said Dr Feltham, who heads a laboratory in WEHI’s Ubiquitin Signalling division.

Ubiquitin is a protein that helps regulate cellular processes in most human tissues, but in cancer and inflammatory disease, ubiquitin signalling is deregulated.

“My research specialty has been understanding from a biochemist’s perspective how inflammation is controlled through the ubiquitin system,” Dr Feltham explained.

“Our focus is on a family of enzymes central to the ubiquitin system and how we can target them to treat inflammatory diseases and cancers.

“We also develop ubiquitin-based technologies – specifically targeted protein degraders (TPDs) – to validate potential therapeutic targets.”

TPDs offer “immense potential” to dramatically reduce the high failure rates in drug discovery and development, according to Dr Feltham.

“My hope is that our next breakthrough will lead to a new therapy that targets the ubiquitin system in the treatment of inflammatory-driven disease.”

Dr Feltham particularly appreciates WEHI’s collaborative culture.

“If we have the support of the community for our research, then WEHI has the expertise, knowledge and ideas; we are truly limited only by our imaginations.”
Dr Bekky Feltham
First published on 15 December 2022
This article featured in Illuminate Newsletter Summer ‘22
WEHI Authors
Laboratory Head
Support us

Together we can create a brighter future

Your support will help WEHI’s researchers make discoveries and find treatments to ensure healthier, longer lives for you and your loved ones.

Sign up to our quarterly newsletter Illuminate

Find out about recent discoveries, community supporters and more.

Illuminate Summer 2023
View the current issue