#molecular-biology

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#evolution

Scientists have uncovered a 'simple' way to cure hair loss

Researchers have identified a 'molecular switch' that regulates scalp hair growth, potentially leading to solutions for hair loss.

Cells From Different Species Can Exchange 'Text Messages' Using RNA

RNA is increasingly recognized as a crucial molecular communication system between cells and across evolutionary divides.

Scientists have uncovered a 'simple' way to cure hair loss

Researchers have identified a 'molecular switch' that regulates scalp hair growth, potentially leading to solutions for hair loss.

Cells From Different Species Can Exchange 'Text Messages' Using RNA

RNA is increasingly recognized as a crucial molecular communication system between cells and across evolutionary divides.
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#proteins

Did AI Solve the Protein-Folding Problem?

Understanding protein structure helps in diagnosing and treating various diseases.
X-ray crystallography was pivotal in revealing protein shapes.

Exploring Peptide Bonds: The Molecular Links of Science

Peptide bonds are vital for linking amino acids, establishing protein structures and functions.
Understanding peptide bonds aids insights into molecular dynamics and biological processes.

Did AI Solve the Protein-Folding Problem?

Understanding protein structure helps in diagnosing and treating various diseases.
X-ray crystallography was pivotal in revealing protein shapes.

Exploring Peptide Bonds: The Molecular Links of Science

Peptide bonds are vital for linking amino acids, establishing protein structures and functions.
Understanding peptide bonds aids insights into molecular dynamics and biological processes.
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#genetics

"Exercise May Be the Single Most Potent Medical Intervention Ever Known"

Exercise is a vital intervention for both physical and mental health, with ongoing research exploring its molecular mechanisms and effects.

Novel Technique May Accelerate Study of Gene Regulation - News Center

TurboCas offers a new approach to label chromatin-binding proteins, enhancing the study of transcriptional regulation and gene expression therapies.

"Exercise May Be the Single Most Potent Medical Intervention Ever Known"

Exercise is a vital intervention for both physical and mental health, with ongoing research exploring its molecular mechanisms and effects.

Novel Technique May Accelerate Study of Gene Regulation - News Center

TurboCas offers a new approach to label chromatin-binding proteins, enhancing the study of transcriptional regulation and gene expression therapies.
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A Second Tree of Life' Could Wreak Havoc, Scientists Warn

Research on synthetic microbes poses extreme risks of pandemics and environmental collapse, urging a ban on such studies.

Structure and mechanism of the Zorya anti-phage defense system

The Zorya system is a newly discovered bacterial immune mechanism that effectively shields bacteria from viral infections.
#aging

Why Aging Comes in Dramatic Waves in Our 40s and 60s

Aging-related molecular changes begin in mid-40s, not just in 60s.

3 Simple Rules to Beat the Downsides of Aging

Advancements in biology suggest avenues to tackle aging, though practical solutions for enhancing health as we age are currently limited.

Why Aging Comes in Dramatic Waves in Our 40s and 60s

Aging-related molecular changes begin in mid-40s, not just in 60s.

3 Simple Rules to Beat the Downsides of Aging

Advancements in biology suggest avenues to tackle aging, though practical solutions for enhancing health as we age are currently limited.
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#cancer-therapy

Ultra-precise 3D maps of cancer cells unlock secrets of how tumours grow

Detailed maps of tumor cells are revealing insights into cancer biology and treatment options.

Mutant-selective AKT inhibition through lysine targeting and neo-zinc chelation - Nature

AKT1 E17K mutation poses a challenge for treatment; targeted inhibitors offer a promising solution without the side effect of hyperglycaemia.

Ultra-precise 3D maps of cancer cells unlock secrets of how tumours grow

Detailed maps of tumor cells are revealing insights into cancer biology and treatment options.

Mutant-selective AKT inhibition through lysine targeting and neo-zinc chelation - Nature

AKT1 E17K mutation poses a challenge for treatment; targeted inhibitors offer a promising solution without the side effect of hyperglycaemia.
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#nobel-prize

This Year's Nobel Prize In Medicine Hold Promise In Treating Numerous Diseases

MicroRNAs are a new class of genetic regulators that challenge traditional DNA-RNA-protein models, impacting gene expression and disease treatment.

These Tiny Worms Account for at Least 4 Nobel Prizes

C. elegans is crucial in scientific research, with its contributions acknowledged through multiple Nobel Prizes.

This Year's Nobel Prize In Medicine Hold Promise In Treating Numerous Diseases

MicroRNAs are a new class of genetic regulators that challenge traditional DNA-RNA-protein models, impacting gene expression and disease treatment.

These Tiny Worms Account for at Least 4 Nobel Prizes

C. elegans is crucial in scientific research, with its contributions acknowledged through multiple Nobel Prizes.
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Emergence of a distinct mechanism of C-N bond formation in photoenzymes - Nature

The research introduces a new methodology that enhances the efficiency of synthesizing complex chemical compounds.

Scientists discover 'pause button' for human life

Scientists have developed a technique to pause human embryo growth, potentially enhancing IVF success by allowing for better assessment before implantation.

Author Correction: A molecular and cellular perspective on human brain evolution and tempo - Nature

The article illustrates an international collaborative effort in molecular biology involving multiple prestigious institutions.
#interdisciplinary-research

Structure of human TIP60-C histone exchange and acetyltransferase complex - Nature

Interdisciplinary collaboration in research helps drive significant advancements in molecular biology and health sciences.

Author Correction: Birth of protein folds and functions in the virome - Nature

The article highlights the significance of interdisciplinary collaboration in advancing biotechnological research.

Structure of human TIP60-C histone exchange and acetyltransferase complex - Nature

Interdisciplinary collaboration in research helps drive significant advancements in molecular biology and health sciences.

Author Correction: Birth of protein folds and functions in the virome - Nature

The article highlights the significance of interdisciplinary collaboration in advancing biotechnological research.
moreinterdisciplinary-research

How To Solve A Murder In The Snow, According to Science

Decomposition is significantly slowed in extremely cold environments, making time of death estimation more complex.
#cell-biology

Author Correction: Life-cycle-coupled evolution of mitosis in close relatives of animals - Nature

Collaboration among international researchers is crucial for addressing complex scientific challenges in cell biology and cancer research.

Author Correction: piRNA processing by a trimeric Schlafen-domain nuclease - Nature

Non-coding RNAs are essential for gene regulation and maintaining cellular functions.

Author Correction: Life-cycle-coupled evolution of mitosis in close relatives of animals - Nature

Collaboration among international researchers is crucial for addressing complex scientific challenges in cell biology and cancer research.

Author Correction: piRNA processing by a trimeric Schlafen-domain nuclease - Nature

Non-coding RNAs are essential for gene regulation and maintaining cellular functions.
morecell-biology

Can ageing be stopped? A biologist explains

The quest for immortality involves understanding and potentially intervening in the molecular processes of aging.

Understanding Genetic Testing Techniques: The Science Behind DNA Testing

DNA testing relies on molecular biology to identify genetic mutations and provide insights into health conditions and personalized medicine.

Tony Wyss-Coray, neurologist: We can do a blood test and learn what you will die from'

The composition of blood changes dramatically with age, impacting the body's aging process and potential rejuvenation.
Aging is characterized by waves of proteins in the blood, with distinct changes occurring around ages 40, 60, and 80.
Understanding and manipulating the specific molecules responsible for aging in blood is complex and requires extensive experimental research.

A molecular dive into how cells sense nutrients

Krystle Kalafut bridges gap between basic science and public health through her molecular biology research in nutrition.
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