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Helping to Advance Research
In 2001, researchers led by Denise Faustman, MD, PhD, at Massachusetts General Hospital (MGH) reversed and cured type 1 diabetes in mice. The development and refinement of a bioassay is part of their ongoing research to bring these findings to human trials. Their first human trial, an FDA-approved trial using a bacillus Calmette-Guerin (BCG) vaccine, is expected to start later this year once sufficient funding has been raised.
What Is a Bioassay?
A bioassay is a blood-based test. The bioassay being developed by the Faustman lab will, hopefully, allow the researchers to measure the concentration of diseased cells in blood samples from type 1 diabetics; measure T cell levels to evaluate how well any tested therapies work; and determine the most optimal times and doses to administer the tested therapies.
Not only will the bioassay provide the researchers with useful information, it will also automate a process of blood testing that has been done by hand (taking up to one and a half days to complete each individual blood sample), thus speeding up the process significantly.
The Importance of This Blood Test
Developing a human cell-based assay for autoimmunity has never been done before. This technology will be extremely important for the human trials. For example, if someone discovered insulin but did not have a way of checking blood glucose levels, what would be the chance a trial testing insulin could uncover the correct, beneficial dosing of insulin? This is the concept of the human cell-based assay for autoimmunity— the researchers need to know how much of a drug to use to produce a response.
In the first human trial, they will need to measure the pathogenic (disease-causing) T cells to see if BCG is eliminating them. If they are being eliminated, they need to know what the best dosing of the drug is. If they cannot measure these T cells, there is a reduced chance they can achieve correct BCG dosing. The successful development of a bioassay will allow researchers to conduct the first phase 1 trial and then move to later-stage clinical testing as quickly and cost-effectively as possible.
How Can I help?
The first three years of this program—including refinement of the experimental therapy, technology development and the first phase 1 clinical trial—will cost an estimated $11 million. Contribute to Join Lee Now and support these efforts to cure type 1 diabetes in humans.
Donations may be made over the Internet or by mail.
Internet:
To make a donation over the Internet, please visit
www.JoinLeeNow.org and click on
“Donate Now.”
U.S. mail:
To mail your donation, please make checks
payable to “Iacocca Foundation.” Please write
“Join Lee Now” in the subject line. All donations
can be sent to the following address:
The Iacocca Foundation
17 Arlington Street
Boston, MA 02116
Categories: Blood Glucose, Celebrities, Diabetes, Diabetes, Insulin, Type 1 Issues
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