Ms. Ann Catherine Breneman Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 1213 Delaware Ave, Wilimington, DE 19806 Phone: 302-652-3948 Fax: 302-652-8297 |
John L Hollembeak Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 1213 Delaware Ave, Wilimington, DE 19806 Phone: 302-652-3948 Fax: 302-652-8297 |
Dawn M Fleming, LCSW Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 1213 Delaware Ave, Wilimington, DE 19806 Phone: 302-652-3948 Fax: 302-652-8297 |
News Archive
Pepscan, the Netherlands based biotechnology firm focusing on protein mimicking technology for the generation of immune therapeutics, today announced that it reached a partnering agreement for its therapeutic vaccine portfolio with Immunovo BV of 's-Hertogenbosch. Under the terms of the agreement Pepscan will receive an undisclosed cash payment as well as a minority interest in Immunovo.
Edith P. Mitchell, M.D., clinical professor, Department of Medical Oncology at Jefferson Medical College of Thomas Jefferson University, and associate director of Diversity Programs for the Kimmel Cancer Center at Jefferson, was recently named 'Physician of the Year' by CancerCare, a national nonprofit organization that provides free, professional support services to anyone affected by cancer: people with cancer, caregivers, children, loved ones, and the bereaved. Dr. Mitchell is being honored for her work in gastrointestinal malignancies.
The Leuven-based VIB researchers have revealed a mechanism that explains why the anti-tumor activity of specific immune cells called macrophages is suppressed during tumor growth. They have also demonstrated that blocking the protein Nrp1 can restore this anti-tumor immune response.
In a study published today in Genes & Development, Dr Christian Speck from the MRC Clinical Sciences Centre's DNA Replication group, in collaboration with Brookhaven National Laboratory (BNL), New York, reveal the intricate mechanisms involved in the enzyme that governs DNA duplication during cell division.
Researchers at the University of Illinois at Chicago have identified a genetic variation that in women significantly increases their risk of developing multiple sclerosis.
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