Latest Articles for Biotechnology

Oxygenases are key enzymes improving environmental and biotechnological processes.

Researchers are working to improve crops using cyanobacteria and algae for better carbon capture.

libLEARNA enhances RNA design efficiency and adaptability for diverse scientific needs.

Research reveals how Asgard archaea contribute to the understanding of immune defense.

RNA is key to understanding life's biological processes and functions.

Researchers develop software to tackle drug resistance in cancer treatments.

New method using k-mers improves speed and accuracy in pangenome studies.

LineageVAE offers new insights into cell state transitions and gene expression dynamics.

New methods enhance the identification of mutations in genetic studies.

Research reveals genetic differences between Japanese and US strains of Copidosoma floridanum wasps.

Research sheds light on how EVs impact cellular communication and disease.

Researchers are improving methods for using DNA to store digital information.

Reviewing AI methods for predicting protein behavior and their biological importance.

Study tests silica gel for stool sample preservation at room temperature.

A comprehensive analysis revealing genetic diversity in Streptomyces and its potential applications.

New technologies are improving the accuracy of antibody sequencing for better diagnostics and treatments.

Researchers reveal how E. coli adapts to high temperatures through gene expression changes.

Exploring innovative methods to boost folate levels for better health.

Research reveals interactions among transcription factors can enhance gene activity.

Research highlights MSC therapies and improved hydrogel delivery for osteoarthritis.

E. coli efficiently manages DNA replication timing for rapid growth.

New methods enhance our understanding of neural connections and brain functionality.

Researchers propose new methods to improve DNA methylation analysis in various diseases.

Introducing Scywalker, a tool that enhances single-cell sequencing data analysis.

A new method improves RNA sequencing by capturing a wider variety of RNA types.

DiscoGen improves gene regulatory network analysis by cleaning noisy data for better inference.

Study examines lipid movement in membranes under electric fields using simulations.

A guide on addressing missing data in single-cell protein studies.

Investigating how SMARCAL1 and FANCM protect against genome instability and their implications for cancer treatment.

Exploring the rise of NK cell therapy in Brazil and its potential benefits.

Exploring the latest techniques in single-cell proteomics and their implications for science.

Introducing a lightweight approach to enhance protein engineering through mutation prediction.

Researchers develop methods to find drugs targeting partially disordered proteins.

Telomeres protect genetic information during cell division, crucial for cellular health.

A look at how mutations influence protein behavior and disease development.

New methods improve drug response predictions in cancer therapies.

Study examines how proteins interact in glycerol-water solutions under cold conditions.

Research highlights the potential of neem-derived carbon quantum dots in medicine.

A novel tool to simplify nanopore sequencing data interpretation.

GeneGPT enhances language models for accurate genomic answers using NCBI APIs.