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Genes Can Affect Our Nutrient Tolerance

According to an international study, minor genetic differences can affect the ability to utilise the energy of various nutrients.

Polygenic Risk Scores Identify High-Risk Individuals in European and Asian Ancestry, but Less So in African Ancestry

A new study from the INTERVENE consortium has evaluated genome-wide risk prediction of common diseases across multiple ancestries in one million people.

Friend or Foe? the Immune System Collaborates with Blood Cancer Cells

An international study coordinated by a University of Helsinki research group demonstrates that the body’s immune system attacks itself in a rare type of blood cancer.

Physical and Biological Sciences Division Honors Three Prominent Alumni

PBSci Distinguished Alumni Awards recognize contributions to society by graduate and undergraduate alums

Balancing Lipids and Recycling to Prevent Mitochondrial Meltdown

An international team led by scientists at the University of Helsinki have discovered that the cellular balance of lipid droplets can impact the recycling of damaged mitochondria.

Earth Day 2022: A Look at Efforts Across Campus

In multiple disciplines across campus, TCU is involved in conservation and preservation efforts.

University of London group demonstrates mitonuclear interactions change redox stress responses in fruit flies

Eukaryotes have a distinct cell nucleus that contains one set of genes (DNA), and another entity known as the mitochondrion, that contains its own unique genes. Mitochondria are the cellular hubs for energy production and much of metabolism.

Nationwide maps of bird species can help protect biodiversity

New, highly detailed and rigorous maps of bird biodiversity could help protect rare or threatened species.

Oxford researchers find path to partly restore fertility of male hybrid offspring

The male offspring of hybrids--the product of mating between different species or subspecies-- are often sterile. The mule, a cross between a horse and a donkey, is a familiar example.

Texas A&M, Hokkaido researchers detect how SARS-CoV-2 virus blocks body's immune response

Understanding the mechanism of how the SARS-CoV-2 virus, the virus responsible for COVID-19, evades the body's natural immune system is key to devising targeted therapies to stop the virus.

University of Pittsburgh study sheds light on how the cell decides precisely where to start copying a gene

The DNA helix within all living cells carries the template or code for the production of the many different proteins essential for life.

Milkweed species proves beneficial for monarch conservation

Researchers have identified a species of milkweed that holds promise for planting on roadsides to improve conservation habitat for migrating monarch butterflies.

Researchers produce fully functional pancreatic beta cells from stem cells for the first time

A study coordinated by a research group at the University of Helsinki paves the way for cell therapies for diabetes.

Gene Editing Gets Safer Thanks to Redesigned Protein

One of the grand challenges with using CRISPR-based gene editing on humans is that the molecular machinery sometimes makes changes to the wrong section of a host’s genome, creating the possibility that an attempt to repair a genetic mutation in one spot in the genome could accidentally create a dangerous new mutation in another.

Using The Power Of Light, Researchers Are Studying Cancer-Causing Bacteria

Texas A&M associate professor Pushkar Lele is researching how H. pylori invade and cause infections.

In animal studies, maternal sleep apnea risks ‘constellation of deficits’ in male offspring

Sleep apnea, a common disorder in which a person repeatedly stops and starts breathing while they sleep — often hundreds of times per night — is a growing problem in pregnancy.

Coral reef connectivity promotes biodiversity and fisheries conservation

Coral reefs connected by larvae dispersal networks have been found to benefit local fisheries and biodiversity conservation, prompting recommendations to increase the protection of connected reefs.

Israeli researchers find new mechanism of mutation in bacteria exposed to antibiotics

In experiments with the bacterial genus Bartonella, Israeli researchers discovered a new mechanism of mutation that the pathogen uses to survive antibiotic attack.

Sequencing puts carnivore chromosomes in context

A new study by researchers at the University of California, Davis shows how the three-dimensional scaffolding of chromosomes is related across several species of carnivores, offering a new approach of “comparative scaffotyping” that could be used to identify related genes across species and place them in context.