Sartorius BIA Separations, Exopharm team for large-scale exosome production
November 23, 2022 -- Bio-chromatography company Sartorius BIA Separations and medicine biopharmaceutical company Exopharm have signed a material transfer agreement in order to meet the demand of improved large-scale therapeutic exosome production and commercialization. Read More
NSF grant awarded to develop membrane purification platform
November 18, 2022 -- University of Kentucky researchers, in collaboration with the University of Arkansas and Clemson University, have received a $1.6 million National Science Foundation (NSF) grant to create a membrane purification platform for large-scale biomanufacturing of viral vectors and virus-like particles. Read More
Rogue killer T cells contribute to autoimmunity: study
November 29, 2022 -- Scientists from the Garvan Institute of Medical Research have found new insight into the role that killer T cells play in leukemia and autoimmune disease. They contend that their findings could be helpful in narrowing down pathways to target these cells for future treatments. Read More
Novel nanoparticles deliver cancer therapy
November 29, 2022 -- University of Pittsburgh researchers have designed cancer-fighting nanoparticles that co-deliver an existing chemotherapy drug along with a novel immunotherapy that silences an immunosuppression gene. Read More
PerkinElmer launches viral vector assays to boost gene therapy research
November 22, 2022 -- PerkinElmer has announced the launch of its "ready-to-use" adeno-associated virus vectors detection kits to support researchers working on gene therapies for a variety of diseases. Read More
Multiplexed 'CAR Pooling' accelerates evaluation of anticancer cell therapy receptors
November 14, 2022 -- Researchers have developed a new method for comparing massive numbers of CAR T cells, each with slightly different molecular features, to determine which is most effective and long-lasting against cancer. Read More
Scientists offer way to overcome barriers to nucleic acid delivery
November 23, 2022 -- Scientists from Australia's Monash University have suggested ways of overcoming the challenges in delivering nucleic acid therapeutics, including engineering smart, responsive, and targeted nanoparticle delivery systems. Read More
Research has potential to better engineer organoid models
November 22, 2022 -- An international team of researchers has revealed links between the connectivity of three-dimensional tissue structures and the emergence of their architecture. Their findings may help the organoid community better characterize and engineer the self-organizing tissues that mimic human organs. Read More
Omicron subvariants dodge neutralizing antibodies: study
November 28, 2022 -- Three subvariants of SARS-CoV-2 currently sweeping through the U.S. are better at evading vaccine- and infection-generating neutralizing antibodies than earlier versions of the virus, new research finds. Read More
New protein target may help fight COVID-19
November 23, 2022 -- A University of Geneva-led research team revealed a hidden cavity on the surface of a key non-structural SARS-CoV-2 protein. Their research, published November 22 in the journal eLife, may facilitate this cavity’s use as a target for binding therapeutic drugs. Read More
Computerized approach may boost drug discovery
November 29, 2022 -- University of Texas at Dallas and Novartis Pharmaceuticals researchers have created a computer-based platform that could make the currently lengthy and expensive drug discovery process more effective, more efficient, and less costly. Read More
Scripps Research identifies new drugs to cut alcohol use in PTSD survivors
November 21, 2022 -- Scripps Research scientists have identified a class of drugs that decreases alcohol preference and intake as well as other behaviors associated with post-traumatic stress disorder (PTSD), such as aggression, excessive fear, and hyperarousal. Read More
CRISPR-based tool cuts and pastes genes where needed
November 28, 2022 -- Massachusetts Institute of Technology researchers have designed a new CRISPR-based tool that can snip out faulty DNA sequences and safely replace them with new ones at desired cell sites. Read More
Sequencing project explores euglenoids' biotech potential
November 23, 2022 -- The Euglena International Network has launched a plan to sequence the genomes of all known euglenoid species over the next decade. Read More
'Immunologic memory' may explain chronic inflammation in HIV: study
November 23, 2022 -- A study by researchers from George Washington University may explain why chronic inflammation occurs in people living with HIV and how suppression or even eradication of the virus may not resolve it. Read More
NIH awards $12M for development of antiviral therapies
November 22, 2022 -- The National Institute of Allergy and Infectious Diseases, part of the National Institutes of Health (NIH), has awarded three institutions more than $12 million for the development of antiviral therapies to treat diseases caused by viruses with pandemic potential. Read More
Mitochondria seen as common thread in autism spectrum disorder
November 28, 2022 -- Researchers in Canada have discovered previously unknown connections between genetic factors in autism spectrum disorder, specifically with the mitochondria. Read More
Researchers discover way to increase synthetic mRNA's protein production
November 23, 2022 -- A team of researchers from the Hong Kong University of Science and Technology has discovered a way to increase synthetic mRNA's protein production efficiency by up to 10 times. They contend that their findings can improve the effectiveness of mRNA vaccines and drugs with even less dosage of the mRNAs. Read More
Signal detection enables clear imaging of human cells
November 21, 2022 -- Beckman Institute researchers have developed an innovative method to clearly visualize the structure and chemical composition of a human cell. Read More
New computational method maps architecture of human tissues in unprecedented detail
October 31, 2022 -- Weill Cornell Medicine researchers have developed a new computational method to map the architecture of human tissues in unprecedented detail, with the potential to accelerate studies on organ-scale cellular interactions and enable powerful new diagnostic strategies for an array of diseases. Read More

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