Skip to main content

Research News

  • Reservoir of HIV virus in the body

    CD4+ T cells are important parts of the immune system and play a key role in defending the body against pathogens. As they possess a great variety of defense mechanisms against HIV in their resting state, they are infected only very rarely – but these few infected cells form a latent reservoir for HIV in the body that currently cannot be reached by antiviral drugs. Consequently, the virus can spread again from there after activation of the CD4+ T cells.

  • No more annual influenza shot require, suggests new research

    Scientists at Scripps Research, University of Chicago and Icahn School of Medicine at Mount Sinai have identified a new Achilles heel of influenza virus, making progress in the quest for a universal flu vaccine. Antibodies against a long-ignored section of the virus, which the team dubbed the anchor, have the potential to recognize a broad variety of flu strains, even as the virus mutates from year to year, they reported Dec. 23, 2021 in the journal Nature.

  • New Study Adds More Evidence for Omicron Immune Evasion

    A new study from Columbia researchers, in collaboration with scientists at the University of Hong Kong, adds more evidence that the omicron variant can evade the immune protection conferred by vaccines and natural infection and suggests the need for new vaccines and treatments that anticipate how the virus may soon evolve.

  • SARS-CoV-2 goes underground to spread from cell to cell

    The virus that causes COVID-19 has adopted some stealth moves to stay alive and kicking, and one secret to its success is hiding from the immune system by spreading through cell-to-cell transmission, a new study has found. 

    Viruses enter cells to make copies of themselves and cause infection. One secret to SARS-CoV-2’s success is hiding from the immune system by spreading between cells. This transmission electron micrograph shows COVID-causing virus particles that were isolated from a patient.

  • Wearable biosensors can help people with complex health conditions

    Remote monitoring of health-related behaviour with wearable sensor technology is feasible for people with complex health conditions, shows a recent University of Waterloo study.

  • Addiction relapse driven by drug-seeking habit, not just drug

    Why are some individuals able to use recreational drugs in a controlled way, whereas others switch to the compulsive, relapsing drug-seeking and -taking habits that characterize substance use disorder (SUD)? Despite more than six decades of extensive research, the question remains unanswered, hampering the development of targeted prevention and therapeutic strategies. Now, a new study in rats identifies the maladaptive nature of drug-seeking habits and how they contribute to the perpetuation of addiction by promoting the tendency to relapse.

  • New therapy to enhance cancer immunotherapy

    Researchers at Wake Forest School of Medicine have discovered that a nanoparticle therapeutic enhances cancer immunotherapy and is a possible new approach in treating malignant pleural effusion (MPE). MPE is the accumulation of fluid between the chest wall and lungs and is accompanied by malignant cells and/or tumors.

  • Researchers discover new hiding place for antibiotic resistance

    Antibiotic resistance is a race between us humans, who strive to find new antibiotics that can treat infectious diseases – and bacteria, which are becoming increasingly resistant. For now, bacteria are way ahead, which is why it is important for us to learn more about antibiotic resistance. A Danish research group has discovered a new piece of the puzzle that helps us better understand the 'enemy'.

  • Insilico medicines initiates human trial for AI discovered drug

    Insilico Medicine, an end-to-end artificial intelligence (AI)-driven drug discovery company announced that the first healthy volunteer has been dosed in a first-in-human microdose trial of ISM001-055.

  • Experimental Gene Therapy Reverses Sickle Cell Disease for Years

    A study of an investigational gene therapy for sickle cell disease has found that a single dose restored blood cells to their normal shape and eliminated the most serious complication of the disease for at least three years in some patients.

Subscribe to Research News