Researchers examine how oxygen radicals secure against cancer Kumar Jeetendra | April 26, 2021 Initially, oxygen radicals – reactive oxygen species, or ROS for short – were thought of as exclusively harmful in the body. They’re produced, by way of example, by smoking or UV radiation. Because of their high reactivity, they could damage many important molecules in cells, including the hereditary molecule DNA. As a result, there’s a …
A solitary archaeal compound can create a spectacular scope of regular and non-common cardiolipins Kumar Jeetendra | May 7, 2021 Cells of all life forms are surrounded by a membrane that’s made of phospholipids. One of them are the cardiolipins, which form another class due to their distinctive structure. When studying the enzyme that’s responsible for generating cardiolipins in archaea (single-cell organisms that constitute a separate domain of life), biochemists at the University of Groningen …
Scientists distinguish new compound that may forestall heart arrhythmia risk from basic drugs Kumar Jeetendra | May 16, 2021 Dozens of commonly used drugs, including antibiotics, antinausea and anticancer medications, have a potential side effect of lengthening the electrical event that causes regeneration, creating an irregular heartbeat, or cardiac arrhythmia called acquired Long QT syndrome. While safe in their current dosages, some of these drugs might have a more therapeutic benefit at higher doses, …
New chemical interaction utilizes photocatalytic layer to eliminate steroid hormones Kumar Jeetendra | May 22, 2021 Micropollutants like steroid hormones contaminate drinking water worldwide and pose a substantial threat to human health and the environment even in smallest quantities. Until today, readily scalable water treatment technologies that remove them economically and sustainably have been lacking. It takes advantage of the mechanisms of photocatalysis and transforms the pollutants into possibly safe oxidation …
Immunotherapy treatments for nephrological autoimmune illnesses may help treat serious Coronavirus Kumar Jeetendra | June 8, 2021 Various viruses and bacteria have been known to cause autoimmune diseases where there’s such a predisposition. This phenomenon also seems to play a major part SARS-CoV-2, especially in severe courses. The body’s own immune cells are activated, with the formation of autoantibodies that attack the body’s own healthy cell structures (proteins, autoantigens); deposits of immune …
New system joins PC programming and cryo-EM to decide 3D constructions of RNA-only molecules Kumar Jeetendra | August 16, 2021 The single-stranded gene material RNA, also known as RNA, is most well-known for its ability to guide the assembly of proteins and carry the genetic code for viruses such as HIV and SARS-CoV-2. Scientists discovered a hidden talent 40 years ago: It can catalyze chemical reaction in cells, including joining and snipping RNA strands. This …
Small molecule drug can weaken the triggers of neuroinflammation, preclinical review shows Kumar Jeetendra | September 24, 2021 Neuroinflammation may cause worse outcomes in cases of stroke, injuries to the brain or injury, and can increase the severity of neurodegenerative diseases such as ALS, Parkinson’s, or Alzheimer’s. This suggests that reducing neuroinflammation might be an exciting new method to treat neurological disorders and neuropathic pain caused by neuroinflammation. In a preclinical study , …
Study recognizes master regulator behind the improvement of antibody delivering cells Kumar Jeetendra | September 24, 2021 The main regulator that controls the production of antibody-producing cells was identified in a research conducted by scientists from Weill Cornell Medicine. These findings offer new insights into the functioning in the immunity system. It also can help to understand how tissues form and how cancers are triggered. The study, which was published on September. …
New framework empowers programmed examination of biomedical recordings caught by microscopy Kumar Jeetendra | February 14, 2022 Researchers at the Universidad Carlos III de Madrid (UC3M) have developed a system based on computer vision techniques that allows automatic analysis of biomedical videos captured by microscopy in order to characterize and describe the behavior of the cells that appear in the images. These new techniques developed by the UC3M engineering team have been …
