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Biotechnology News. Read the latest research from around the world on genetic engineering, drug development and more. The Biotechnology Program includes a state-of-the-art technical research experience provided by local biotechnology companies and research facilities/ labs at local universities including University of. Hibs english home page.
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Model Analyzes How Viruses Escape the Immune System
Designer Cytokine Makes Paralyzed Mice Walk Again
RNA's Mysterious Folding Process
Jan. 15, 2021 — Using data from RNA-folding experiments, the researchers generated the first-ever BacteriaUnlocking 'the Shape of Water' in Mechanisms of Antibiotic Resistance
New Biomaterials Can Be 'Fine-Tuned' for Medical Applications
Genetic Rewiring Behind Spectacular Evolutionary Explosion in East Africa
Gene-Editing 'Scissor' Tool May Also Be a 'Dimmer Switch'
Biotechnology Definition
Not as Simple as Thought: How Bacteria Form Membrane Vesicles
Lasers and Molecular Tethers Create Perfectly Patterned Platforms for Tissue Engineering
Reverse Engineering 3D Chromosome Models for Individual Cells
Feces and Algorithms: Artificial Intelligence to Map Our Intestinal Bacteria
Physical Virology Shows the Dynamics of Virus Reproduction
Cancer Research Reveals How Mutations in a Specific Gene Cause Different Types of Disease
Asian Butterfly Mimics Other Species to Defend Against Predators
Evolution: Speciation in the Presence of Gene Flow
Researchers Uncover Viral Small RNAs in Mosquito Cells
Scientists Find Antibody That Blocks Dengue Virus
Gene-Editing Produces Tenfold Increase in Superbug Slaying Antibiotics
New Method Helps pocket-sized DNA Sequencer Achieve Near-Perfect Accuracy
DNA in Water Used to Uncover Genes of Invasive Fish
A Bucket of Water Can Reveal Climate Change Impacts on Marine Life in the Arctic
Comprehensive Characterization of Vascular Structure in Plants
Cracking the Code of a Shapeshifting Protein
Researchers Engineer Novel Disease Model to Identify Potential Targets for Ulcerative Colitis Drugs
Bacterium Produces Pharmaceutical All-Purpose Weapon
How Different Plants Can Share Their Genetic Material With Each Other
Uncovering Basic Mechanisms of Intestinal Stem Cell Self-Renewal and Differentiation
A Beginner's Guide to DNA Origami
- Lasers and Molecular Tethers Create Perfectly Patterned Platforms for Tissue Engineering
- Reverse Engineering 3D Chromosome Models for Individual Cells
- Feces and Algorithms: Artificial Intelligence to Map Our Intestinal Bacteria
- Physical Virology Shows the Dynamics of Virus Reproduction
- Cancer Research Reveals How Mutations in a Specific Gene Cause Different Types of Disease
- Asian Butterfly Mimics Other Species to Defend Against Predators
- Evolution: Speciation in the Presence of Gene Flow
- Researchers Uncover Viral Small RNAs in Mosquito Cells
- Scientists Find Antibody That Blocks Dengue Virus
- Gene-Editing Produces Tenfold Increase in Superbug Slaying Antibiotics
- New Method Helps pocket-sized DNA Sequencer Achieve Near-Perfect Accuracy
- DNA in Water Used to Uncover Genes of Invasive Fish
- A Bucket of Water Can Reveal Climate Change Impacts on Marine Life in the Arctic
- Comprehensive Characterization of Vascular Structure in Plants
- Cracking the Code of a Shapeshifting Protein
- Researchers Engineer Novel Disease Model to Identify Potential Targets for Ulcerative Colitis Drugs
- Bacterium Produces Pharmaceutical All-Purpose Weapon
- How Different Plants Can Share Their Genetic Material With Each Other
- Uncovering Basic Mechanisms of Intestinal Stem Cell Self-Renewal and Differentiation
- A Beginner's Guide to DNA Origami
- Bacteria Can Tell the Time
- Unravelling the Mystery That Makes Viruses Infectious
- Single-Dose COVID-19 Vaccine Triggers Antibody Response in Mice
- Scientists Paint Multicolor Atlas of the Brain
- Antibiotic Resistance from Random DNA Sequences
- High-Speed Atomic Force Microscopy Visualizes Cell Protein Factories
- New Mechanism Underlying Male Infertility
- Patterns in Primordial Germ Cell Migration
- Ancient DNA Analysis Reveals Asian Migration and Plague
- Response to Infection Therapy Better Understood Thanks to a New Technique
- Where Antibiotic Resistance Comes from
- Shiga Toxin's Not Supposed to Kill You
- Wait for Me: Cell Biologists Decipher Signal That Ensures No Chromosome Is Left Behind
- Designer Protein Patches Boost Cell Signaling
- Competitive Athletics: Detecting CRISPR/Cas Gene Doping
- Natural Products With Potential Efficacy Against Lethal Viruses
- Making Therapeutic Sense of Antisense Oligonucleotides
- Integrator: A Guardian of the Human Transcriptome
- Deep Neural Network Predicts Transcription Factors
- New Imaging Method Reveals If Antibiotics Reach Bacteria Hiding in Tissues
- Study Resolves Long-Running Controversy Over Critical Step in Gene Silencing
- New Study on Circadian Clock Shows 'junk DNA' Plays a Key Role in Regulating Rhythms
- Antibiotic-Resistant Bacteria: Fluoride to the Rescue?
- Sugars Influence Cell-to-Surface Adhesion
- Protein Twist and Squeeze Confers Cancer Drug Resistance
- High-Speed Atomic Force Microscopy Takes on Intrinsically Disordered Proteins
- Chemists Develop a New Drug Discovery Strategy for 'undruggable' Drug Targets
- Switching DNA Functions on and Off by Means of Light
- Discovery Boosts Theory That Life on Earth Arose from RNA-DNA Mix
- Protein Tells Developing Cells to Stick Together
- New Class of Antibiotics Active Against a Wide Range of Bacteria
- The ABCs of Species Evolution
- New Mammal Reference Genome Helps ID Genetic Variants for Human Health
- Genetic Engineering Without Unwanted Side Effects Helps Fight Parasites
- A Powerful Computational Tool for Efficient Analysis of Cell Division 4D Image Data
- How a Large Protein Complex Assembles in a Cell
- Brain Gene Expression Patterns Predict Behavior of Individual Honey Bees
- Frozen: Cutting-Edge Technology Reveals Structures Within Cells
- Neuroscientists Isolate Promising Mini Antibodies Against COVID-19 from a Llama
- Biotech Cotton Key to Eliminating Devastating Pest from US and Mexico
- New 3D Maps Reveal Inner Workings of Immune Cell Gene Expression
- Variety: Spice of Life for Bumble Bees
- Fungal RNA Viruses: Unexpected Complexity Affecting More Than Your Breakfast Omelet
- How Colorado Potato Beetles Beat Pesticides
- Targeting the Deadly Coils of Ebola
- How Cancers Hurt Themselves to Hurt Immune Cells More
- Plants Can Be Larks or Night Owls Just Like Us
Genetic Rewiring Behind Spectacular Evolutionary Explosion in East Africa
Gene-Editing 'Scissor' Tool May Also Be a 'Dimmer Switch'
Biotechnology Definition
Not as Simple as Thought: How Bacteria Form Membrane Vesicles
Lasers and Molecular Tethers Create Perfectly Patterned Platforms for Tissue Engineering
Reverse Engineering 3D Chromosome Models for Individual Cells
Feces and Algorithms: Artificial Intelligence to Map Our Intestinal Bacteria
Physical Virology Shows the Dynamics of Virus Reproduction
Cancer Research Reveals How Mutations in a Specific Gene Cause Different Types of Disease
Asian Butterfly Mimics Other Species to Defend Against Predators
Evolution: Speciation in the Presence of Gene Flow
Researchers Uncover Viral Small RNAs in Mosquito Cells
Scientists Find Antibody That Blocks Dengue Virus
Gene-Editing Produces Tenfold Increase in Superbug Slaying Antibiotics
New Method Helps pocket-sized DNA Sequencer Achieve Near-Perfect Accuracy
DNA in Water Used to Uncover Genes of Invasive Fish
A Bucket of Water Can Reveal Climate Change Impacts on Marine Life in the Arctic
Comprehensive Characterization of Vascular Structure in Plants
Cracking the Code of a Shapeshifting Protein
Researchers Engineer Novel Disease Model to Identify Potential Targets for Ulcerative Colitis Drugs
Bacterium Produces Pharmaceutical All-Purpose Weapon
How Different Plants Can Share Their Genetic Material With Each Other
Uncovering Basic Mechanisms of Intestinal Stem Cell Self-Renewal and Differentiation
A Beginner's Guide to DNA Origami
- Lasers and Molecular Tethers Create Perfectly Patterned Platforms for Tissue Engineering
- Reverse Engineering 3D Chromosome Models for Individual Cells
- Feces and Algorithms: Artificial Intelligence to Map Our Intestinal Bacteria
- Physical Virology Shows the Dynamics of Virus Reproduction
- Cancer Research Reveals How Mutations in a Specific Gene Cause Different Types of Disease
- Asian Butterfly Mimics Other Species to Defend Against Predators
- Evolution: Speciation in the Presence of Gene Flow
- Researchers Uncover Viral Small RNAs in Mosquito Cells
- Scientists Find Antibody That Blocks Dengue Virus
- Gene-Editing Produces Tenfold Increase in Superbug Slaying Antibiotics
- New Method Helps pocket-sized DNA Sequencer Achieve Near-Perfect Accuracy
- DNA in Water Used to Uncover Genes of Invasive Fish
- A Bucket of Water Can Reveal Climate Change Impacts on Marine Life in the Arctic
- Comprehensive Characterization of Vascular Structure in Plants
- Cracking the Code of a Shapeshifting Protein
- Researchers Engineer Novel Disease Model to Identify Potential Targets for Ulcerative Colitis Drugs
- Bacterium Produces Pharmaceutical All-Purpose Weapon
- How Different Plants Can Share Their Genetic Material With Each Other
- Uncovering Basic Mechanisms of Intestinal Stem Cell Self-Renewal and Differentiation
- A Beginner's Guide to DNA Origami
- Bacteria Can Tell the Time
- Unravelling the Mystery That Makes Viruses Infectious
- Single-Dose COVID-19 Vaccine Triggers Antibody Response in Mice
- Scientists Paint Multicolor Atlas of the Brain
- Antibiotic Resistance from Random DNA Sequences
- High-Speed Atomic Force Microscopy Visualizes Cell Protein Factories
- New Mechanism Underlying Male Infertility
- Patterns in Primordial Germ Cell Migration
- Ancient DNA Analysis Reveals Asian Migration and Plague
- Response to Infection Therapy Better Understood Thanks to a New Technique
- Where Antibiotic Resistance Comes from
- Shiga Toxin's Not Supposed to Kill You
- Wait for Me: Cell Biologists Decipher Signal That Ensures No Chromosome Is Left Behind
- Designer Protein Patches Boost Cell Signaling
- Competitive Athletics: Detecting CRISPR/Cas Gene Doping
- Natural Products With Potential Efficacy Against Lethal Viruses
- Making Therapeutic Sense of Antisense Oligonucleotides
- Integrator: A Guardian of the Human Transcriptome
- Deep Neural Network Predicts Transcription Factors
- New Imaging Method Reveals If Antibiotics Reach Bacteria Hiding in Tissues
- Study Resolves Long-Running Controversy Over Critical Step in Gene Silencing
- New Study on Circadian Clock Shows 'junk DNA' Plays a Key Role in Regulating Rhythms
- Antibiotic-Resistant Bacteria: Fluoride to the Rescue?
- Sugars Influence Cell-to-Surface Adhesion
- Protein Twist and Squeeze Confers Cancer Drug Resistance
- High-Speed Atomic Force Microscopy Takes on Intrinsically Disordered Proteins
- Chemists Develop a New Drug Discovery Strategy for 'undruggable' Drug Targets
- Switching DNA Functions on and Off by Means of Light
- Discovery Boosts Theory That Life on Earth Arose from RNA-DNA Mix
- Protein Tells Developing Cells to Stick Together
- New Class of Antibiotics Active Against a Wide Range of Bacteria
- The ABCs of Species Evolution
- New Mammal Reference Genome Helps ID Genetic Variants for Human Health
- Genetic Engineering Without Unwanted Side Effects Helps Fight Parasites
- A Powerful Computational Tool for Efficient Analysis of Cell Division 4D Image Data
- How a Large Protein Complex Assembles in a Cell
- Brain Gene Expression Patterns Predict Behavior of Individual Honey Bees
- Frozen: Cutting-Edge Technology Reveals Structures Within Cells
- Neuroscientists Isolate Promising Mini Antibodies Against COVID-19 from a Llama
- Biotech Cotton Key to Eliminating Devastating Pest from US and Mexico
- New 3D Maps Reveal Inner Workings of Immune Cell Gene Expression
- Variety: Spice of Life for Bumble Bees
- Fungal RNA Viruses: Unexpected Complexity Affecting More Than Your Breakfast Omelet
- How Colorado Potato Beetles Beat Pesticides
- Targeting the Deadly Coils of Ebola
- How Cancers Hurt Themselves to Hurt Immune Cells More
- Plants Can Be Larks or Night Owls Just Like Us
- Scientists Get the Most Realistic View Yet of a Coronavirus Spike's Protein Structure
- New Mechanism of Force Transduction in Muscle Cells Discovered
- Cell Atlas of Tropical Disease Parasite May Hold Key to New Treatments
- New Insights Into Cholera Microbe and Chances of Pandemic Strain
- Engineers Reveal Molecular Secrets of Cephalopod Powers
- Scientists Set a Path for Field Trials of Gene Drive Organisms
- Study Tracks Elephant Tusks from 16th Century Shipwreck
- Seeking to Avoid 'full Lockdown,' Cells Monitor Ribosome Collisions
- Optogenetic Method Can Reveal How Gut Microbes Affect Longevity
- Scientists Simulate a Large-Scale Virus, M13
- Whole Genomes Map Pathways of Chimpanzee and Bonobo Divergence
- Oh So Simple: Eight Genes Enough to Convert Mouse Stem Cells Into Oocyte-Like Cells
- Ensuring a Proper Body Plan
- The DNA Regions in Our Brain That Contribute to Make Us Human
- Researchers Turn DNA Detectives to Aid Rhino Poaching Prosecutions With Forensic Evidence
- Genome Sequencing Paves the Way for More Sustainable Herring Fishery
- One-Step Method to Generate Mice for Vaccine Research
- A Human Gene Placed in Fruit Flies Reveals Details About a Human Developmental Disorder
- Ancient DNA Continues to Rewrite Corn's 9,000-Year Society-Shaping History
- Compound Derived from Thunder God Vine Could Help Pancreatic Cancer Patients
- Shedding New Light on Mysteries Behind the Light Emission of Fireflies
- Carrots Are Healthy, but Active Enzyme Unlocks Full Benefits
- New Tool for Watching and Controlling Neural Activity
- The Secret Behind Male Ornaments
- Why 'lab-Made' Proteins Have Unusually High Temperature Stability
- Embryonic Development in a Petri Dish
- Tasmanian Devils May Survive Their Own Pandemic
- Using CRISPR, New Technique Makes It Easy to Map Genetic Networks
- Blocking Protein Restores Strength, Endurance in Old Mice
- A Gene from Ancient Bacteria Helps Ticks Spread Lyme Disease
- Inhaled Vaccine Induces Fast, Strong Immune Response in Mice and Non-Human Primates
- Cataloging Nature's Hidden Arsenal: Viruses That Infect Bacteria
Biotechnology Stocks
- Researchers Suggest Stool Transplants Can Battle Serious Infections
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