Hudson Institute cancer researcher Dr Daniel
Gough has received a three-year US Department of Defense fellowship to examine the
intracellular causes of gastric cancer.
The US Department of Defense ‘Peer Reviewed Cancer Research
Program Career Development Award’ supports the research of an early career
researcher.
Dr Gough’s work focuses on signalling within cells that
becomes overly activated when these cells become cancerous.
Currently, in conjunction with Professor Brendan Jenkins
from CiiiD, he’s examining a biochemical pathway called STAT3 pathway and how
it enters the mitochondria, or the “powerhouse” that provides energy to a cell,
to make cells within the gastro-intestinal tract turn cancerous.
“STAT3 is over-expressed or hyper-activated in more than 50
per cent of human tumours and correlates with poor overall survival rates. Despite
this link, STAT3 has proven very difficult to target with anti-cancer drugs to
date,” Dr Gough said.
“Recently we identified a pool of STAT3 that enters the
mitochondria and controls key mitochondrial functions that are specifically
important in tumours but not in normal tissue.”
The next step for Dr Gough, Professor Jenkins and their
teams is to see whether currently available anti-cancer drugs can be used in
treating this ‘pool’ of STAT3.
“We have two major research goals in
my lab. The first is to understand the fundamental mechanisms by which STAT3
enters the mitochondria and controls its activity, and to design strategies to
target this activity therapeutically,” Dr Gough said.
“The second goal of our research is
to use animal models and patient derived xenografts to identify key
vulnerabilities in a range of tumours," he said.
Dr Gough said the ultimate aim is to
identify new strategies for targeting gastric cancer that will open up new treatment options for patients and ultimately increase survival rates.

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