Research: Metabolism in human cells can be slowed down by introduced tardigrade proteins
The processes that tardigrades utilize to enter and escape suspended animation in response to environmental stress.
A new immunotherapy to prevent CAR T-cell therapy inactivity due to resistant leukemia
Novel immunotherapies like CAR T-cell therapies may not be effective in treating aggressive types of blood cancer due to a unique mutation in the cancer cells.
Blood test for Tuberculosis; researchers at the final phase of development
A blood test that could identify millions of people who spread tuberculosis unknowingly.
Damage to the heart can be caused by severe lung infection during COVID-19
This was a critical question and finding the answer opens up a whole new understanding of the link between this serious lung injury and the kind of inflammation that can lead to cardiovascular complications.
Diary allergy can be overcome by gut bacteria
At the RIKEN Centre for Integrative Medical Sciences in Japan, researchers under the direction of Hiroshi Ohno have found a connection between gut microbiota and [Read More…]
Automated dosing systems can become universal by a breakthrough
Blood-glucose response hacking by synthetic biologists’ creates a chemotherapy detector
Can milk overcome diabetes? The first insulin-producing transgenic cow created
It was estimated that an average Holstein cow produces 40 to 50 liters of insulin
Diagnosis of prostate cancer made advanced by microscopy plus deep learning
Researchers made a substantial advancement in computational pathology and medical diagnostics by creating a machine-learning model to enhance prostate cancer biopsy evaluation.
Micro- and nanoplastics in the body are passed on during cell division
The most significant way that MNPs enter an organism, aside from breathing, is through eating. Every week, particles of plastic up to the weight of a credit card find their way into the digestive system.
Meiosis’s century-old riddle is resolved by mutation
By a process called crossover, meiosis produces genetically different reproductive cells, in contrast to somatic cell division, which splits and copies the DNA identically.
