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Warwick researchers discover how cells respond to fasting and activate autophagy

As modern life-styles and high-calorie diets drive the UK's obesity levels up, researchers from the University of Warwick have found how cells respond to fasting and activate the process called autophagy, which means a healthier lifestyle can be promoted to help people maintain a healthy body weight.

From The University of Warwick 28 May 2020

New sequencing method helps map the spatial arrangement of DNA

A sequencing technique helps to map the spatial arrangement of DNA in the cell nucleus, revealing which regions of the genome are at greater risk of mutation.

27 May 2020

Biochemical and computational methods for large-scale protein-arginine methylation analysis

Methylation (namely addition of a methyl group) of arginine amino acid residues of proteins is a post-translational modification (PTM) catalyzed by a family of nine enzymes called Protein Arginine Methyl-Transferases (PRMTs).

23 May 2020

Researchers develop a reliable technique for assessing the role of lncRNAs

The discovery of a huge number of long non-protein coding RNAs, aka lncRNAs, in the mammalian genome was a major surprise of the recent large-scale genomics projects.

18 May 2020

Genes May Play A Role In Weight Gain From Birth Control

A woman's genetic make-up may cause her to gain weight when using a popular form of birth control, according to a study from researchers.

18 May 2020

Blood Cells Could Serve As A 'Thermometer' To Detect Breast Cancer

Immune system cells in the blood of breast cancer patients undergo alterations early in the disease course, according to a study.

18 May 2020

Study reveals nuanced role for oncogene in contact inhibition

Like subway com muters on a crowded train, cells generally prefer not to be packed in too tightly. In fact, they have set up mechanisms to avoid this, a phenomenon called "contact inhibition."

15 May 2020

Study reveals proteins that sustain cancer cells

Scientists from the University of Copenhagen have identified two major functions of the protein known as RTEL1 during cell division, in a recently performed study.

14 May 2020

Determining effect of drugs in pancreatic islets through single-cell RNA-seq approach

Scientists have developed a technique to assess the impact of particular drugs in pancreatic tissues by using an advanced single-cell RNA sequencing approach.

12 May 2020

Faulty mRNA in gene expression may contribute to neurodegenerative disorders

Complex organisms experience growth, followed by the transcription of these genes into RNA, and subsequently the translation of that transcript into proteins.

4 May 2020

Choosing alternate pathways of DNA repair to limit harmful chromosomal rearrangements

Homologous recombination is an essential process of DNA repair to maintain genomic integrity of the organism.

From Osaka University 30 Apr 2020

Study sheds light on the regulation of microRNAs

In all the organisms, including humans, proteins are encoded by genes and these proteins, in turn, control the body’s diverse specific cellular functions.

24 Apr 2020

Scientists find gene signature linked to worst prognosis in rare uterine cancer

Women who don't survive a rare and aggressive uterine cancer called uterine serous carcinoma, have high expression of a group of 73 genes, a score scientists say can help identify these women and improve their outcome.

22 Apr 2020

Scientists determine first 3D structure of COVID-19 main protease

A team of Chinese scientists has reported the high-resolution crystal structure of the main protease (Mpro) of the COVID-19 virus and has identified drugs that may hold promise in combating the virus.

15 Apr 2020

Important genetic mechanism behind inflammatory bowel disease revealed

Researchers at Children's Hospital of Philadelphia have pinpointed a genetic variation responsible for driving the development of inflammatory bowel disease.

10 Apr 2020

Force can activate genes without intermediates, enzymes, or signaling molecules

A new study reports that cells tend to increase gene expression as a response to physical forces alone. According to the team, the initial step in the production of proteins—gene activation—begins within 1 ms once a cell gets stretched, which is hundreds of times faster than chemical signals can travel.

2 Apr 2020