Researchers have developed a groundbreaking technique using pseudoviruses for detailed virus research.Their innovation allows for safer handling in standard labs and offers unprecedented high-resolution insight into viral infection dynamics, significantly advancing the study of virus-cell interactions.

University of Waterloo scientists develop groundbreaking soft medical microrobots that can perform minimally invasive procedures within the human body. These innovative, self-healing bots are created from plant-derived hydrogels and can be maneuvered using magnetic fields.

The first 'CCZ checklist' reveals a vast biodiversity and need for protection of this area in the Pacific Ocean. Researchers urge a comprehensive study before mining is allowed there.

AGC Biologics’ expanded development and production site includes single-use bioreactors which will help to meet the rising demands for GMP viral vector manufacturing projects. With this, the firm can also assist companies for in–vivo end ex-vivo gene therapy applications as well as manufacture adeno-associated and lentiviral vectors.

A new study is providing an unprecedented examination of oxygen loss on coral reefs around the globe under ocean warming. The study captures the current state of hypoxia — or low oxygen levels — at 32 different sites, and reveals that hypoxia is already pervasive on many reefs.

Researchers at the UNC School of Medicine are making groundbreaking strides in understanding the genetic basis of schizophrenia. Their new approach opens up the possibility for more precise interventions and therapies for schizophrenia, a condition currently limited in treatment options.

A few recent papers have provided new insights into the origins of microplastics and nanoplastics. It focuses on different products such as laser-cut acrylic sheets, orthodontic rubber bands and children’s food containers.

An imaging process that today is used mainly in research labs could potentially detect early-stage lung disease if developed for use in hospitals and clinics, a new research study shows.

Existing ways of calculating biodiversity dynamics are not very effective in detecting wholesale species community change due to the effects of ocean acidification. University of Adelaide research shows that in cases where biodiversity metrics show no change or little change, there may still be reorganisation of ecological communities in our oceans.

Researchers across the globe have developed numerous breakthrough materials and are also making use of basic materials innovatively to produce highly efficient solutions. Lab Worldwide reviews the ‘Top 5 Innovative Materials’ from the year 2022.