Latest Articles for Proteins

Synthetic mRNAs are transforming protein production for disease treatment and vaccine development.

gLM2 uses diverse data to improve biological modeling and understanding.

Examining the relationship between DNA looping and protein condensation in cellular function.

Researchers develop methods to maintain GFP fluorescence during protein analysis.

Research sheds light on how malaria proteins contribute to disease severity.

HERMES predicts protein mutation effects, aiding in medical research and drug development.

Research identifies potential drug targets linked to heart disease.

New method enhances detection of smaller cell structures in complex images.

A novel tool for designing RNA sequences based on their shapes.

Explore the exocyst's role in material transport within animal cells.

New method extracts mucus from pig trachea for studying lung diseases.

Advancements in processing cerebrospinal fluid enhance protein detection for neurological research.

Research sheds light on how SCLC cells spread and potential treatment targets.

Research reveals new methods to study stress granules in cells during stress responses.

Research reveals how rust fungi invade plants using specific protein signatures.

A study evaluates the reliability of two protein measurement methods in participants' blood.

A new method improves the stability and production of circRNA for medical use.

Scientists now have a dataset to study protein behavior over time.

Research reveals how plant mRNAs detect temperature to control protein production.

Investigating how crowded conditions affect protein movement and interaction in cells.

Research reveals how fludarabine treatment alters leukemia cell surface proteins.

New methods allow for effective peptide binders from protein sequences alone.

Research identifies promising proteins for early pancreatic cancer detection.

A new tool simplifies the loop grafting process in protein design.

CAT tails are crucial for protein quality control in cells.

New findings reveal PSD95 proteins are more widespread than previously thought.

This research reveals how amino acid changes affect protein fitness and function.

Lysosomes play a key role in cellular health and brain function.

Chai-1 predicts biomolecule shapes, enhancing drug design and biological research.

Research on asymmetric cell division reveals insights into cell specialization and evolution.

This study reveals potential protein targets linked to cardiovascular disease risks.

Research reveals how mixed infections support Toxoplasma growth and immune evasion.

Research reveals unique proteins linked to tumor growth in Onchocerca volvulus.

Explore how untranslated regions affect RNA stability and gene expression regulation.

CELL-Diff enhances protein imaging and sequence prediction for biological research.

ProtNote enhances predictions by combining protein sequences and text descriptions.

A new model predicts enzyme pH levels using sequences and large datasets.

Highlighting the unequal focus on certain genes in scientific studies.

Study shows protein can influence recovery and scarring after injuries.

Research studies mouse models to better understand Alzheimer’s disease and potential treatments.