News

New mRNA Cancer Drivers Revealed in Chronic Lymphocytic Leukemia

NEW YORK (GenomeWeb) – New evidence has emerged today showing that the inactivation or alteration of cancer suppressor genes can take place even if DNA itself remains unaltered. Reporting in Nature, investigators demonstrated that changes in mRNA due to a process called intronic polyadenylation (IPA) can drive development of some cancers by altering gene expression in … Continued

Read More

Researchers identify way to grow immune cells at large scale for preventing cancer reoccurrence

For the first time, Mount Sinai researchers have identified a way to make large numbers of immune cells that can help prevent cancer reoccurrence, according to a study published in August in Cell Reports. The researchers discovered a way to grow the immune cells, called dendritic cells, at large scale in the lab to study them … Continued

Read More

‘Hijacked’ cell response to stress reveals promising drug targets for blood cancer

A signaling pathway that helps promote normal cell growth worsens a form of leukemia by taking control of another pathway better known for protecting cells from biological stress, a new study shows. The discovery that the NOTCH1 pathway takes control of heat shock transcription factor 1 (HSF1) signaling in T cell acute lymphoblastic leukemia, or … Continued

Read More

Researchers discover new type of lung cancer

Cold Spring Harbor, NY — Researchers have discovered a new kind of small-cell lung cancer (SCLC). The discovery paves the way for developing personalized medicine approaches to target this previously unnoticed form of the disease. “Cancer is not one thing, it’s actually hundreds of distinct diseases.” This common refrain helps explain the frustrating experience oncologists have … Continued

Read More

Study reveals a way to make prostate cancer cells run out of energy and die

Cold Spring Harbor, NY – Scientists at Cold Spring Harbor Laboratory (CSHL) have discovered that cells lacking the tumor-suppressor protein PTEN–a feature of many cancers– are particularly vulnerable to drugs that impair their energy-producing mitochondria. Such drugs induce them to literally eat themselves to death, the research shows. Unlike normal cells, cells without PTEN seem … Continued

Read More

Quentis Therapeutics Debuts with $48 Million Series A Financing to Advance First-in-Class Immunotherapies Targeting Endoplasmic Reticulum Stress Response Pathways

–Versant-seeded company focused on applying novel biology to boost anti-tumor immunity– —Foundational science stems from landmark ER stress biology research at Weill Cornell Medicine— —Michael Aberman, M.D., former SVP of Strategy for Regeneron, appointed as President and Chief Executive Officer— NEW YORK–(BUSINESS WIRE)–Quentis Therapeutics Inc., a biotechnology company pursuing next-generation immuno-oncology research and drug development, … Continued

Read More

Machine Learning for Building Personalized Cancer Nanomedicines: Interview with Dr. Daniel Heller

Researchers at the Sloan Kettering Institute and the Weill Cornell Graduate School of Medical Sciences in New York have developed a machine learning approach to design personalized nanoparticle therapies for cancer. Personalized cancer therapies aim to provide a treatment that is tailored to the genetic makeup of a patient’s tumor. They can still cause side effects, however, when they … Continued

Read More

Intravital Imaging Offers View of Cancer Cell Interaction With Immune Response

Far from her native Copenhagen, Denmark, Mikala Egeblad, PhD, works tirelessly to find a means to reduce cancer metastases and recurrences. The significance of her work, now centered in her lab at Cold Spring Harbor Laboratory, Long Island, N.Y., where she is an Associate Professor, has resulted in the Department of Defense Breast Cancer Research … Continued

Read More

New immunotherapy approach boosts body’s ability to destroy cancer cells

Few cancer treatments are generating more excitement these days than immunotherapy—drugs based on the principle that the immune system can be harnessed to detect and kill cancer cells, much in the same way that it goes after infectious microorganisms. Yet these treatments only benefit some patients, and remain ineffective in the vast majority of cases. … Continued

Read More

Throwing molecular wrench into gene control machine leads to ‘melting away’ of leukemia

PUBLIC RELEASE: 8-JAN-2018 Cold Spring Harbor, NY – Cancer researchers today announced they have developed a way of sidelining one of the most dangerous “bad actors” in leukemia. Their approach depends on throwing a molecular wrench into the gears of an important machine that sets genes into motion, enabling cancer cells to proliferate. In tests in … Continued

Read More