Genomics

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New mechanism that enables spruce trees to adapt to winter discovered

Photosynthesis in conifer forests is one of the most important carbon sinks on a global scale. Unlike broadleaf trees, conifers are evergreen and retain their photosynthesis structure throughout the year.

19 Aug 2020

Researchers study how bacteria adapt to their host cells

In the environment, they are often found inside unicellular organisms. A research team led by Matthias Horn at the Centre for Microbiology and Environmental Systems Science at the University of Vienna has made use of laboratory experiments to gain a better understanding of how these bacteria adapt to their host cell over time.

19 Aug 2020

Study demonstrates how a single gene drives changes in wild songbird's social behavior

A new study shows how differentiation of a single gene changes behavior in a wild songbird, determining whether the white-throated sparrow displays more, or less, aggression.

19 Aug 2020

Novel gene editing approach removes latent herpes simplex virus 1

Infectious disease researchers at Fred Hutchinson Cancer Research Center have used a gene editing approach to remove latent herpes simplex virus 1, or HSV-1, also known as oral herpes.

19 Aug 2020

'Survival of the fittest': How meiotic drivers shape the evolution of gamete formation

It can be hard to dispute the common adage 'survival of the fittest'. After all, "most of the genes in the genome are there because they're doing something good," says Sarah Zanders, PhD, assistant investigator at the Stowers Institute for Medical Research

18 Aug 2020

Novel technology can minimize errors in DNA testing

Today's DNA testing is highly accurate, but errors still occur due to the limited genetic information accessible with current technologies. These errors can have serious impact on people's lives.

18 Aug 2020

Extrachromosomal DNA with potential to cause cancer drives poor patient outcomes

The multiplication of genes located in extrachromosomal DNA that have the potential to cause cancer drives poor patient outcomes across many cancer types, according to a Nature Genetics study published Aug. 17, 2020 by a team of researchers including Professors Vineet Bafna and Dr.Paul Mischel of the University of California San Diego and Professor Roel Verhaak of Jackson Laboratories.

From UC San Diego 18 Aug 2020

Genome analysis helps identify 568 cancer driver genes

Analysis of the genomes of 28,000 tumors from 66 types of cancer has led to the identification of 568 cancer driver gene.

18 Aug 2020

Researchers identify a new gene to treat multiple sclerosis

Multiple sclerosis, or MS, is a disease that affects the central nervous system and can eventually lead to muscle tremors and thus loss of balance.

17 Aug 2020

Study sheds light on genetic and molecular mechanisms involved in atopic dermatitis

The KIF3A gene contains common variants that raise the risk of a dysfunctional skin barrier and ultimately lead to a skin condition, called atopic dermatitis.

17 Aug 2020

NIH-supported research delineates how genetic variations cause atopic dermatitis

New research supported by the National Institutes of Health delineates how two relatively common variations in a gene called KIF3A are responsible for an impaired skin barrier that allows increased water loss from the skin, promoting the development of atopic dermatitis, commonly known as eczema.

17 Aug 2020

Flavonoids in sorghum roots may lead to development of frost-resistant crop

Flavonoid compounds -- produced by the roots of some sorghum plants -- positively affect soil microorganisms, according to Penn State researchers, who suggest the discovery is an early step in developing a frost-resistant line of the valuable crop for North American farmers.

14 Aug 2020

Scientists shed new light on the evolution and function of shapes seen in nature

Researchers have shed fresh light on the evolution and function of the shapes we see in nature - using as a model the heart shaped fruits of the Capsella genus.

14 Aug 2020

A genetic link discovered to predict treatment response for patients with rare, aggressive cancer

A Singapore team led by clinician-scientists and researchers from the National Cancer Centre Singapore (NCCS) discovered a genetic link to better predict treatment response for relapsed/refractory patients with natural- killer T-cell lymphoma (NKTCL), a highly aggressive form of blood cancer.

13 Aug 2020

Genomics

New mechanism that enables spruce trees to adapt to winter discovered

Researchers study how bacteria adapt to their host cells

Study demonstrates how a single gene drives changes in wild songbird's social behavior

Novel gene editing approach removes latent herpes simplex virus 1

'Survival of the fittest': How meiotic drivers shape the evolution of gamete formation

Novel technology can minimize errors in DNA testing

Extrachromosomal DNA with potential to cause cancer drives poor patient outcomes

Genome analysis helps identify 568 cancer driver genes

Researchers identify a new gene to treat multiple sclerosis

Study sheds light on genetic and molecular mechanisms involved in atopic dermatitis

NIH-supported research delineates how genetic variations cause atopic dermatitis

Flavonoids in sorghum roots may lead to development of frost-resistant crop

Scientists shed new light on the evolution and function of shapes seen in nature

A genetic link discovered to predict treatment response for patients with rare, aggressive cancer

Triple-negative breast cancer's ecosystem reveals potential therapeutic targets

Genetic analysis could be used to counsel parents after stillbirth

HPV type may impact characteristics and prognosis of cervical cancer

Study shows human genome regulates the early development of organs

Adaptive parallel mutations are more common in Lake Baikal amphipods

A genetic switch in brain cells can toggle between sex-specific states when necessary

Driving Support for Pharmaceutical Testing Through Continuous Innovation

From Memory to Metaplasticity: Unraveling the Brain's Secrets

Revolutionizing Mass Spectrometry: A Deep Dive into Plasmion’s SICRIT® Technology

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