Latest Articles for Mutations

Research shows how Neural Cellular Automata can replicate and mutate patterns over time.

Examining CREBBP mutations in DLBCL and their impact on treatment.

Exploring new methods to enhance antibody treatments through machine learning approaches.

Exploring how genetic changes in cancer cells impact treatment effectiveness.

Study reveals how bacteria and yeast evolve mutual dependencies in synthetic communities.

Exploring how genetic variations shape population evolution through mutations and selection.

Research examines the impact of LLINs on mosquito resistance in Uganda.

Researchers study virus mutations to improve outbreak detection and response.

Exploring how harmful mutations impact asexual reproduction and population health.

A new method certifies neural networks' predictions under various image changes.

Study shows how mutations influence swimming dynamics and group organization in zebrafish.

Study reveals how smoking and APOBEC mutations interact in lung cancer.

A new method combines protein sequence and shape for better mutation predictions.

New models predict protein functions and mutations to improve health responses.

Study reveals how molnupiravir affects mutations in SARS-CoV-2.

Methodology to enhance microbial traits in biotechnology through controlled evolution.

Advancements in labeling tubulins reveal new details about cellular functions and diseases.

A study reveals rising mosquito resistance to insecticides impacting dengue control efforts.

Research shows how viruses adapt their receptor-binding proteins to infect different cells.

Study reveals how HIV-1 adapts its 5’-leader to survive medication resistance.

Study reveals polyploidy’s role in the evolution of new traits in organisms.

Learn how birth-death processes impact cell growth and extinction.

Research combines MSTN and FGF5 mutations for improved livestock traits.

Researchers use machine learning to better predict protein mutations and their effects.

Explore the structure and properties of quivers in mathematics.

Researchers analyze Alu elements' movements and genetic variations.

Organisms adapt using different strategies to survive environmental shifts.

fastBE offers new insights into tumor evolution and genetic diversity.

Exploring how mutations influence genetic variations in populations and their implications.

New methods reveal insights into PETase enzyme activity against plastic waste.

Wastewater testing helps identify COVID-19 virus and its changes.

Research on SARS-CoV-2 mutations reveals new theories in molecular evolution.

A study on the evolution of SARS-CoV-2 mutations using sequencing data.

Investigating polyphosphate's influence on α-Synuclein and neuronal health.

Exploring how range expansion impacts evolution, particularly in bacteria and cancer.

Examining how mutations drive cancer growth and influence treatment decisions.

Study reveals how sodium azide induces mutations in barley, affecting yields and traits.

This study reveals how strains of skin bacteria interact and compete.

This study reveals how mutations in proteins impact health and disease.

Examining how MET mutations impact cancer growth and treatment strategies.