• 74,000 Fruit Fly Brain Images Released

• Pink + Pink = Gold: Hybrid Hummingbird's Feathers Don't Match Its Parents

• Making Engineered Cells Dance to Ultrasound

• 'Electronic Nose' Built With Sustainably Sourced Microbial Nanowires That Could Revolutionize Health Monitoring
• Researchers Put Plant Protein Mechanism Into Bacteria to Help Move Forward 50 Years of Effort

• Arming Vegetables With Anti-Inflammatory Properties Using Plant Pigments

• Drug Alleviates Autism-Associated Behavior in Mice

• The Cod Population Off the Coast of Sweden Is Not Extinct

• 'Living Medicine' Created to Tackle Drug-Resistant Lung Infections

• Genetically Modified Rice Could Be Key to Tackling Food Shortages Caused by Climate Change

• Exotic Wheat DNA Helps Breed 'climate-Proof' Crops

• The Interior Design of Our Cells: Database of 200,000 Cell Images Yields New Mathematical Framework to Understand Our Cellular Building Blocks

• Zebrafish Testing Identifies a Gene Potentially at the Root of Domestication

• 'Solar Powered' Cells: Light-Activated Proton Pumps Generate Cellular Energy, Extend Life

• Epigenetic Emergency Switch Improves Defense Against Infections

• How to Edit the Genes of Nature's Master Manipulators
• Smallest Mobile 'lifeform' Created, Scientists Report

• Imaging the Dynamic Cellular Zoo Made Easier

• Secretion Secrets Revealed: Pathogen Effector Characterization for a Devastating Plant Disease

• How a Common Fungus Eliminates Toxic Mercury from Soil and Water

• Designing and Programming Living Computers
• Fluorescent Mouse Blood Will Help Us Gain Knowledge About Brain Diseases

• Scientists Genetically Engineer Plants to Yield More Vegetable Oil

• New Insights Into the Mechanisms Causing Diabetes

• Groundcherry Research Bears New Fruits

• Synthetic Genetic Circuits Reprogram Plant Roots

• The Missing Link: Fatty Acid Metabolism Impacts Plant Immunity

• Engineering Duckweed to Produce Oil for Biofuels, Bioproducts

• Second Stem Cell Type Discovered in Mouse Brain

• Lab Grows Macroscale, Modular Materials from Bacteria

• RNA-Editing Tool a Fast, Sensitive Test for COVID-19

• Mosquitoes That Can't Spread Malaria Engineered by Scientists

• Plant Breeding: Using 'invisible' Chromosomes to Pass on Packages of Positive Traits

• Engineering an Enzyme Against Antibiotic-Resistant Anthrax

• New Approach More Than Doubles Stem Cell Editing Efficiency

• Researchers Propose New Framework for Regulating Engineered Crops

• Pretreating Soil With Ethanol Protects Plants from Drought, Study Finds

• Gut Microbiome Influenced by Host's Genetics, Shows New Study in Mice

• Phage Resistant Escherichia Coli Strains Developed to Reduce Fermentation Failure
• Mandatory Labeling on Genetically Engineered Foods May Reduce Customer Purchases

• This Mouse Can't Keep a Secret About the 'secretome'

• Rhodiola Rosea Root Might Be Beneficial for Managing Type 2 Diabetes

• Cousin of Crop-Killing Bacteria Mutating Rapidly

• Genomics Study of Snapper Finds Three Populations

• Self-Pollinating Plant Shows Rapid Loss of Genetic Variation

• 大肠杆菌工程从圣ool Samples Can Survive the Hostile Gut Environment Long Enough to Treat Disease
• Sterile Mice Produce Rat Sperm

• Scientists Develop Greener, More Efficient Method for Producing Next-Generation Antibiotics

• Protein Parts Must Indeed Wiggle and Jiggle to Work Right, New Research Suggests

• Easy and Inexpensive Method for Linking Other Molecules to DNA Sequences With Desired Functions

• Long Term High-Fat Diet Expands Waistline and Shrinks Brain
• Scientists Hijack Bacteria to Ease Drug Manufacturing

• Deletion of Wt1 Gene Produces Alterations in the Reproductive Organs of Mice

• Gene Hunting Leads Researchers to Solve Mystery of Inhibition of Awn Elongation in Sorghum
• Unravelling the Diversity of the Wild House Mouse

• 变色小鼠模型允许复位archers to Non-Invasively Study Deep Tissues
• Genetically Modified Corn Does Not Damage Non-Target Organisms

• New CRISPR-Combo Boosts Genome Editing Power in Plants

• Bacteria With Recording Function Capture Gut Health Status

• Flu Causes Cardiac Complications by Directly Infecting the Heart
• Insights from Algae Genes Unlock Mysteries of Plant Growth and Health

• In Poplars, Two Plant Hormones Boost Each Other in Defense Against Pathogenic Fungi

• Lab Grown, Self-Sustainable Muscle Cells Repair Muscle Injury and Disease, Mouse Study Shows

• Engineered Bacteria Could Help Protect 'good' Gut Microbes from Antibiotics

• Human Gene Variant Produces Attention Deficit Disorder-Like Problems in Mice

• I Was Here First! This Is How Hepatitis C Inhibits Hepatitis E

• The Hardy Wild Grass That Could Save Our Bread

• Staying Alive: How 'self-Pollen' Can Cheat Death

• Engineering an 'invisible Cloak' For Bacteria to Deliver Drugs to Tumors

• Surprise Findings Suggest Mosquito Odor Sensors Are Sensitive to Molecular Regulation to Avoid Insect Repellents
• Getting Bacteria and Yeast to Talk to Each Other, Thanks to a 'nanotranslator'

• Scientists Create Novel Genetic Model of Down Syndrome in Rats

• New Study Confirms Bioengineered RSV Protein Vaccine Evokes Protective Immune Response

• New Genetic-Labeling Method Uses a Single Gene to Reveal Neuronal Circuits from Multiple Upstream Regions

• Nanocarrier Spray: Better Crops Without Genetic Modification

• Scientists Engineer Bacteria to Cope in Challenging Environments

• Immunogenetic Studies in Diverse Populations Is Essential

• Genetically Engineered Microbes With a Kill Switch
• Scientists Create a Global Repository for Cell Engineering

• Genetic Engineering Can Have a Positive Effect on the Climate

• Scientists Build Bioreactors and Engineer Bacteria to Advance Biofuel Research
• First Clinical-Grade Transplant of Gene-Edited Pig Kidneys Into Brain-Dead Human

• Genetic Strategy Reverses Insecticide Resistance

• HIV Infection: Better Understanding the Reservoir of Virus in the Body

• Form, Function and a Deadly Fungus

• Scientists Create Mind-Blowing Tool to 'see' Millions of Brain Cell Connections in Mice

• Mitigating Environmental Impact of Herbicides

• The Heat Is On: RIPE Researchers Show Ability to Future-Proof Crops for Changing Climate

• Flu Virus Shells Could Improve Delivery of mRNA Into Cells

• Bacteria as Climate Heroes

• Mouse Cell Studies Show That Correcting DNA Disorganization Could Aid Diagnosis and Treatment of Rare Inherited Diseases

• Building Bacteria to Keep Us Well

• AI Helps Design the Perfect Chickpea

• Snakes More Likely to Inbreed and Lose Ability to Adapt Due to Urbanization

• It's Not All-Right: Problems When Your Body Doesn't Recognize Your Own Left-Handed RNA

• 'Ray Guns' Let Scientists Use Light Instead of DNA to Tell Plant Populations Apart

• Yeast and Bacteria Together Biosynthesize Plant Hormones for Weed Control

• Why Are Only Some Cells ‘competent’ to Form Cancer?

• How to Produce Proteins at the Right Speed

• Tracking Genetically Modified Animals