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New technique can map out nearly all of the regulatory switches across a maize genome

Getting a full understanding of how genes are regulated is a major goal of scientists worldwide. Now, a Florida State University professor and his research partners have developed a technique that can map out nearly all of the likely regulatory switches across a genome.

16 Aug 2021

Study describes a new method for identifying sperm mutations that can cause disease in children

Throughout development, life and the processes of aging, all human cells accumulate mutations, resulting in what is called mosaicism, a condition in which different cells in the same person have different DNA sequences or genetic makeup.

16 Aug 2021

New system solves 3D structures of RNA-only molecules with unprecedented speed and accuracy

The single-stranded genetic material RNA is best known for guiding the assembly of proteins in our cells and carrying the genetic code for viruses like SARS-CoV-2 and HIV.

16 Aug 2021

Scientists develop new tool to identify neuronal proteins in animal models

Scientists, for the first time, developed a successful method for pinpointing proteins within different kinds of neurons in the brain of a living animal.

16 Aug 2021

New study could help design more effective vaccines against various COVID-19 variants

Scientists have discovered that individuals recovering from COVID-19 produce identical clones, or groups, of antibody-producing white blood cells.

From Vanderbilt University 12 Aug 2021

Researchers identify virus-derived variations in human genomes

Three geneticists from RIKEN identified previously undetected snippets of genetic material from viruses that were hidden in human DNA.

12 Aug 2021

Researchers use prime editing to correct mutations causing cystic fibrosis in organoids

A team of scientists rectified mutations that result in cystic fibrosis in cultured human stem cells.

11 Aug 2021

Novel computational tool facilitates accurate analysis of complex genomes

HudsonAlpha Institute for Biotechnology faculty investigator Josh Clevenger, PhD, in his nearly eight years of working in the peanut breeding and genetics sectors, has become passionate about enhancing crops for more sustainable and robust agriculture.

11 Aug 2021

New genome study illustrates corn's rich genetic diversity

The newly assembled genomes of 26 different genetic lines of corn illustrate the crop's rich genetic diversity and could pave the way for a better understanding of what genetic mechanisms account for crop traits prized by farmers.

10 Aug 2021

Researchers identify genome sequences of 26 corn strains

Humans adapt through culture and language by transferring knowledge from one generation to the other.

10 Aug 2021

Study analyzes the neuronal mechanism of fruit flies in decision making

According to scientists, people tend to prioritize food over sex after being deprived of both. The researchers examined this behavioral conflict in fruit flies.

10 Aug 2021

Researchers discover DNA signatures linked to cardiovascular diseases

Recent research discovered DNA signatures linked to the risk for cardiovascular disease, a breakthrough that can lead to opportunities for clinical interventions

10 Aug 2021

Study analyzes human genomes from the Middle East

Whole-genome sequencing activities have provided valuable insights into historical migrations, human diversity, and the relationships between people of different regions.

10 Aug 2021

Muscle protein tied to physical fitness in youth and age-associated diseases

Researchers from Johns Hopkins Medicine say they have added to evidence that a protein called CaMKII improves strength, endurance, muscle health and fitness in young animals.

9 Aug 2021

Researchers identify key enzyme for producing a major industrial chemical in plants

Scientists studying the biochemistry of plant cell walls have identified an enzyme that could turn woody poplar trees into a source for producing a major industrial chemical.

6 Aug 2021

Scientists show how lab-grown beating heart cells are vulnerable to SARS-CoV-2 infection

Cambridge scientists have grown beating heart cells in the lab and shown how they are vulnerable to SARS-CoV-2 infection. In a study published in Communications Biology, they used this system to show that an experimental peptide drug called DX600 can prevent the virus entering the heart cells.

6 Aug 2021

Study analyzes genetic means to accomplish personalized medicine

The accomplishment of the ambitious goal of the Human Genome Project, mapping the entire human genome, made the impression that the world was disembarking an era of personalized medicine, where evidence from one’s own specific genetic material would provide the care.

5 Aug 2021