CHOP-led Study Identifies Two Different Regulatory T Cell Populations

A regulatory class of human T cells descends from two different origins, one that relates to autoimmunity and one that relates to protective immunity, according to a new study led by Children’s Hospital of Philadelphia (CHOP). The findings, published today in Science Immunology, could pave the way for new treatments for autoimmune diseases that target the immune system selectively.

20-Year Study May Upend Long-Held Theory About Chromosomes and Cancer

Johns Hopkins Medicine scientists say their 20-year study of more than 200 people with premature aging syndromes caused by abnormally short telomeres, or shortened repetitive DNA sequences at the ends of chromosomes, may upend long-held scientific dogma and settle conflicting studies about how and whether short telomeres contribute to cancer risk.

Chronic Alcohol Use May Increase Risk for SARS-CoV2 Infection, Study Suggests

A newly published animal study found that chronic alcohol consumption may create conditions in the body that can facilitate infection by SARS-CoV2, the virus that causes COVID-19 disease. The study, published in Alcohol: Clinical and Experimental Research, found that chronic alcohol use increased the levels of an enzyme that helps the virus enter the cells and, therefore, may increase the risk for COVID-19.

CUVET Successfully Developed the First Stem Cell Transplantation Technology to Treat Pet Diabetes

For the first time in Thailand, a research team from Chula’s Faculty of Veterinary Science (CUVET) is the first to have successfully developed a method to culture dog pancreatic cells from stem cells and cell transplantation technology. They aim to test the method in the lab and sick animals suffering from diabetes.

American Lung Association to Study New Treatment Approach for Lung Cancer

Sean P. Pitroda, MD, Assistant Professor of Radiation and Cellular Oncology at the University of Chicago, has received a Lung Cancer Discovery Award and been selected to join the American Lung Association Research Team for his work to improve treatment response in patients with metastatic non-small-cell lung cancer (mNSCLC).

LJI Instructor Annie Elong Ngono, Ph.D., wins GVN support to advance infectious disease research

LJI Instructor Annie Elong Ngono, Ph.D., has spearheaded important studies into the immune response to deadly pathogens such as dengue virus. Now, this dedication to global health and virology has earned her acceptance to the Global Virus Network’s (GVN) highly selective Rising Star Mentorship Program.

The Black Death shaped the evolution of immunity genes, setting the course for how we respond to disease today, researchers find

An international team of scientists who analyzed centuries-old DNA from victims and survivors of the Black Death pandemic has identified key genetic differences that determined who lived and who died, and how those aspects of our immune systems have continued to evolve since that time.

Uncovering the skin’s secrets: Studies show how skin forms differently across the body

Two recent UC Davis studies reveal how skin forms differently across different areas of the body from the face and underarms to the palms of our hands and feet. By profiling the changes in skin, researchers found that the differences have a direct impact for how various skin diseases form across the body.

Researchers ID Low Immune Cell Responsiveness and High Level of Proteins as Features of COVID-19 Severity

Article title: Chemokines, soluble PD-L1 and immune cell hyporesponsiveness are distinct features of SARS-CoV-2 critical illness Authors: Eric D. Morrell, Pavan K. Bhatraju, Neha A. Sathe, Jonathan Lawson, Linzee Mabrey, Sarah E. Holton, Scott R. Presnell, Alice Wiedeman, Carolina Acosta-Vega,…

Milk boost: Research shows how breastfeeding offers immune benefits

When infants breastfeed, they receive an immune boost that helps them fight off infectious diseases, according to recent research from Binghamton University, State University of New York.

A nanoparticle and inhibitor trigger the immune system, outsmarting brain cancer

Scientists at the University of Michigan fabricated a nanoparticle to deliver an inhibitor to brain tumor in mouse models, where the drug successfully turned on the immune system to eliminate the cancer. The process also triggered immune memory so that a reintroduced tumor was eliminated—a sign that this potential new approach could not only treat brain tumors but prevent or delay recurrences.

Researchers Identify Potential Target for Treating Autoimmune Diseases

New research using a mouse model for multiple sclerosis has uncovered a potential new area to explore for possible treatments for autoimmune disorders.

Discovery of cell protein that keeps Kaposi’s sarcoma herpesvirus dormant

A study led by UC Davis Cancer Center identified a binding protein in cancer cell’s nucleus, known as CHD4, as a critical agent keeping Kaposi’s sarcoma-associated herpesvirus (KSHV) dormant and undetected by the body’s immune system. CHD4 is linked to cancer cell growth in many types of cancers.

Einstein-Developed Treatment Strategy May Lead to HIV Cure

Armed with a novel strategy they developed for bolstering the body’s immune response, scientists at Albert Einstein College of Medicine have successfully suppressed HIV infections in mice—offering a path to a functional cure for HIV and other chronic viral infections. Their findings were published today in the Journal of Clinical Investigation.

High Protein, Plant-Based Wagyu Beef Helps Increase Immunity — ASEAN’s Best Food Innovation by Chula Students

The Chula Science students team recently won the “ASEAN Food Innovation Challenge 2021” with the imitation Wagyu beef — “The Marble Booster” made from 100 percent high-protein plants. Low in cholesterol, and seasoned with immunity-boosting herbs, this product is soon to be produced and sold in collaboration with Charoen Pokphand Foods (CPF).

Increasing The Immune System’s Appetite For Cancer Protectors

A two-arm molecule can effectively deplete cancer-protecting cells inside tumors, allowing the immune system to fight off tumors without becoming overactive. The finding, published online in Science Translational Medicine, could leaA two-arm molecule can effectively deplete cancer-protecting cells inside tumors, allowing the immune system to fight off tumors without becoming overactive. The finding, published online in Science Translational Medicine, could lead to new types of cancer immunotherapies.d to new types of cancer immunotherapies.