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Fall 2006 - Karmanos Cancer Institute

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<strong>Karmanos</strong> Researchers Are Not Only Fighting <strong>Cancer</strong>,<br />

They’re Creating High-Tech Jobs In Detroit<br />

THE CENTER OF INNOVATION<br />

NEB DURIC, PH.D.<br />

Whether they’re conducting the earliest tests of<br />

new drugs or developing new technologies to detect<br />

breast cancer, researchers at the <strong>Karmanos</strong> <strong>Cancer</strong> <strong>Institute</strong> are<br />

receiving national recognition for their work – and multi-million<br />

dollar grants from the State of Michigan.<br />

Two <strong>Karmanos</strong> researchers recently received a total of $4.2<br />

million in grants from Michigan’s 21st Century Jobs Fund, a<br />

program designed to create high-tech jobs in the state.<br />

CREATING A NEW TECHNOLOGY<br />

Neb Duric, Ph.D., professor of radiation oncology at the <strong>Karmanos</strong><br />

<strong>Cancer</strong> <strong>Institute</strong>, along with Peter Littrup, M.D., Earle Holsapple<br />

and several other <strong>Karmanos</strong> colleagues, received a $1.6 million<br />

grant to support continued development of a new breast imaging<br />

technology called Computed Ultrasound Risk Evaluation (CURE).<br />

The technology promises to overcome the limitations of current<br />

breast imaging techniques and may soon help physicians detect<br />

breast cancer at its earliest stages.<br />

“Despite great progress in the detection, diagnosis and treatment<br />

of breast cancer in recent years, major limitations in breast imaging<br />

still remain,” Dr. Duric said. “Mammography is the traditional ‘gold<br />

standard’ for breast imaging, but it is often unable to discern benign<br />

masses from cancerous masses – leading to many unnecessary breast<br />

biopsies.” In women with dense breasts, traditional mammography<br />

makes it difficult to see certain masses. This can lead to missed<br />

opportunities to treat cancer in its earliest stages.<br />

The new technology should help. Unlike mammography, the<br />

CURE technology does not use harmful radiation and does not<br />

compress the breast. Initially, the grant funds will be used to create<br />

new research-related jobs at the <strong>Karmanos</strong> <strong>Cancer</strong> <strong>Institute</strong> –<br />

helping the CURE team to finalize development of the technology<br />

and bring it to market within the next few years.<br />

STUDYING<br />

NEW CANCER<br />

DRUGS<br />

Patricia LoRusso,<br />

D.O., director of<br />

the <strong>Karmanos</strong><br />

<strong>Cancer</strong> <strong>Institute</strong>’s<br />

Phase I Clinical<br />

Trials Program,<br />

received a $2.6<br />

million grant to<br />

expand the<br />

Program, currently<br />

the only Phase I<br />

cancer program in<br />

Michigan, and one of only 14 in the country.<br />

PATRICIA LORUSSO, D.O.<br />

A Phase I trial is the first test of a new drug – or a new combination<br />

of previously approved treatments – in humans. Phase I trials are<br />

designed to determine a drug’s appropriate maximum dosage<br />

(maximum tolerated dose) and to identify possible side effects.<br />

“We take drugs that have been identified in the lab as having<br />

promise – drugs that have also been identified as being safe – and<br />

we give them to patients,” said Dr. LoRusso. “It’s a vital part of<br />

developing new cancer therapies.”<br />

The funds will add nearly 25 employees to the Phase I Program,<br />

including physicians, nurses, research professionals, clinical care<br />

professionals and various support staff. Increasing the size of the<br />

<strong>Institute</strong>’s Phase I Program not only allows more patients to<br />

participate in cancer treatment research, but physicians will have<br />

the ability to test many more anti-cancer compounds currently in<br />

development. The grant will also allow the program to increase the<br />

complexity of the Phase I trials available to patients.

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