Molecular Biology - Aneknowledge.com

Bacillus velezensis: a natural shield against black rot disease on Serbian autochthonous cabbage cv. Futoški

Discover how combining biogas slurry and biochar can replace chemical fertilizers, improve soil health, and significantly boost greenhouse tomato yield in arid regions.

Discover how Bacillus velezensis boosts plant growth, controls pests naturally, and supports sustainable agriculture with eco-friendly solutions.

Hemanta Kumari Chaudhary October 3, 2025

Dual ACE2 epitope-based biomimetic receptors for selective sensing of SARS-CoV variants.

Biochemistry Bioengineering Bioinformatics

Smart Biosensors: Dual ACE2 Epitope Receptors Offer Rapid Detection of SARS-CoV Variants

A new study reveals how dual ACE2 epitope-based biomimetic receptors deliver rapid, highly selective detection of SARS-CoV variants, offering a next-gen solution for evolving pandemics.

Hemanta Kumari Chaudhary October 2, 2025

Next Generation Sequencing, and Development of a Pipeline as a Tool for the Detection and Discovery of Citrus Pathogens to Facilitate Safer Germplasm Exchange

Bioinformatics Emerging Science Genetics

Next-Generation Sequencing Pipeline Enhances Citrus Pathogen Detection for Safer Germplasm Exchange

A new NGS-based pipeline improves citrus pathogen detection, ensuring safer germplasm exchange and supporting global citrus health and trade.

Hemanta Kumari Chaudhary September 22, 2025

From seed to whole plant: An innovative visual marker system to enhance selection efficiency in soybean genome editing

Bioinformatics Emerging Science Genetic Engineering

A Visual Breakthrough: New Marker System Speeds Up Soybean Genome Editing

Scientists have developed a novel visual marker system (VSES4) that enables rapid, DNA-free identification of transgenic soybeans, streamlining CRISPR genome editing and boosting crop improvement.

Hemanta Kumari Chaudhary September 18, 2025

Comparative CRISPRi screens reveal a human stem cell dependence on mRNA translation-coupled quality control

Emerging Science Genetic Engineering Molecular Biology

CRISPRi Screens Reveal Stem Cells’ Unique Dependence on Translation Quality Control

A new study using comparative CRISPRi screens shows that human stem cells rely heavily on ribosome rescue and translation-coupled quality control, uncovering vulnerabilities with implications for development and disease.

Hemanta Kumari Chaudhary September 17, 2025

The role of metabolism in shaping enzyme structures over 400 million years

Biochemistry Emerging Science Molecular Biology

How Metabolism Sculpted Enzyme Structures Over 400 Million Years

A new study shows how metabolic demands have shaped enzyme evolution for over 400 million years, revealing deep links between chemistry, structure, and life’s adaptability.

Hemanta Kumari Chaudhary September 15, 2025

Trinucleotide substrates under pH–freeze–thaw cycles enable open-ended exponential RNA replication by a polymerase ribozyme

Biochemistry Emerging Science Molecular Biology

How Frozen Ponds May Have Sparked Life: Trinucleotides Enable Exponential RNA Replication

New research shows that trinucleotides, combined with natural pH and freeze–thaw cycles, drive open-ended RNA replication — offering fresh clues about the origins of life.

Hemanta Kumari Chaudhary September 15, 2025

Emerging Science Genetics Molecular Biology

Three-Parent Babies: How Mitochondrial Donation is Redefining Reproductive Medicine

Groundbreaking studies show how mitochondrial donation and preimplantation genetic testing are helping women with mtDNA mutations have healthy children, marking a new era in reproductive medicine.

Hemanta Kumari Chaudhary September 14, 2025

Researchers create the maps to see which bits of the genome living organisms truly need to stay alive, and how badly they falter when any given bit goes missing.

Bioinformatics Emerging Science Genetic Engineering

Quantitative Essentiality Mapping in Reduced Genomes: New Insights into Gene Function and Fitness

Explore how scientists created a high-resolution essentiality map in Mycoplasma pneumoniae, revealing the dynamic fitness roles of genes, regulatory elements, and protein domains. A breakthrough in synthetic biology and genome engineering.

Hemanta Kumari Chaudhary September 9, 2025

First comprehensive single-cell atlas of TE expression across human tissues, revealing how these mobile genetic elements actively shape cell identity.

Bioinformatics Emerging Science Molecular Biology

Cracking the Code of Human Identity: The Hidden Role of Transposable Elements

This landmark single-cell atlas reveals how transposable elements shape human cell identity across tissues. Learn how jumping genes are rewriting our understanding of genomics.

Hemanta Kumari Chaudhary July 25, 2025