Organoids
Organoids: are cell-derived in vitro 3D organ models and grant the study of biological processes, such as cell behaviour, tissue repair and response to drugs or mutations, in an environment that mimics endogenous cell organisation and organ structures.
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MAY 06, 2020Cell & Molecular Biology
MAY 06, 2020Once thought to cause symptoms that primarily affect the respiratory system, there has been evidence that the virus can ...WRITTEN BY: Carmen LeitchAPR 03, 2020Health & Medicine
APR 03, 2020An international team led by Canadian University of British Columbia researcher Dr. Josef Penninger has seen promising r ...WRITTEN BY: Annie LennonMAR 03, 2020Cell & Molecular Biology
MAR 03, 2020Since the CRISPR/Cas9 editing tool was developed several years ago, many scientists have modified and improved it for di ...WRITTEN BY: Carmen LeitchMAR 01, 2020Cell & Molecular Biology
MAR 01, 2020The microbes in our gastrointestinal tract carry their own genomes and can produce and secrete molecules that have an ef ...WRITTEN BY: Carmen LeitchFEB 19, 2020Technology
FEB 19, 2020Recent technology may help for the first time to enable cancer scientists the analysis of individual behavior of million ...WRITTEN BY: Nouran AminFEB 17, 2020Cancer
FEB 17, 2020Research published today in Nature Methods reports a new technique of “listening” to cancer cells. Whil ...WRITTEN BY: Kathryn DeMuth SullivanFEB 07, 2020Neuroscience
FEB 07, 2020Myelin, a fatty substance, accelerates the delivery of electrical signals between neurons in the brain. Now, researchers ...WRITTEN BY: Annie LennonFEB 03, 2020Cell & Molecular Biology
FEB 03, 2020Cells can be grown in special ways to create three-dimensional, miniature models of organs. But how good are they?WRITTEN BY: Carmen LeitchJAN 23, 2020Cell & Molecular Biology
JAN 23, 2020Snake venom is also a source of therapeutics, and a potential source of new medicines.WRITTEN BY: Carmen LeitchJAN 19, 2020Cell & Molecular Biology
JAN 19, 2020This work is a breakthrough for the study of neuromuscular diseases including ALS, muscular dystrophy and multiple scler ...WRITTEN BY: Carmen LeitchDEC 11, 2019Clinical & Molecular DX
DEC 11, 2019In trying to understand complex phenomena in the human body, researchers usually have to turn to oversimplified biologic ...WRITTEN BY: Tara FernandezOCT 21, 2019Cell & Molecular Biology
OCT 21, 2019Organoids - miniature, simplified versions of organs made from stem cells, are a great way to model human biology and di ...WRITTEN BY: Carmen LeitchSEP 03, 2019Neuroscience
SEP 03, 2019When a fetus reaches six months old, it starts to produce electrical signals resembling brain waves. Now, we know that c ...WRITTEN BY: Dr. Nina LichtenbergAUG 22, 2019Drug Discovery & Development
AUG 22, 2019Current methods for testing potential treatments for kidney disease do not take genetic variation into account for how t ...WRITTEN BY: Annie LennonAUG 06, 2019Cell & Molecular Biology
AUG 06, 2019Toxic proteinopathies are a group of inherited diseases that are caused when improperly folded proteins accumulate in th ...WRITTEN BY: Carmen LeitchJUN 15, 2019Health & Medicine
JUN 15, 2019Despite receiving a letter in support of fetal tissue research signed by 70 organizations in December, the Trump adminis ...WRITTEN BY: Abbie ArceAPR 10, 2019Health & Medicine
APR 10, 2019Scientists now have a method for growing an active brain from skin cells. Previously, scientists were able to gen ...WRITTEN BY: Amanda MikyskaAPR 10, 2019Health & Medicine
APR 10, 2019In a study published in February in the journal, Nature researchers report more evidence that microbial diversity ...WRITTEN BY: Amanda MikyskaAPR 07, 2019Cell & Molecular Biology
APR 07, 2019These organoids be used for research and can be made from patient samples, as way to personalize the treatment.WRITTEN BY: Carmen LeitchFEB 21, 2019Videos
FEB 21, 2019To study biology and human disease, researchers can choose from a variety of models to use in their work. Organoids are ...WRITTEN BY: Carmen LeitchJAN 18, 2019Cell & Molecular Biology
JAN 18, 2019Seeking a better way to study human biology, scientists have begun to develop miniature, simplified models of human orga ...WRITTEN BY: Carmen LeitchJAN 09, 2019Cell & Molecular Biology
JAN 09, 2019While the prevalence of autism spectrum disorder has grown, there is still a lot we don't know about what causes the dis ...WRITTEN BY: Carmen LeitchDEC 15, 2018Genetics & Genomics
DEC 15, 2018Neanderthal heads are almost football-shaped, while modern humans have much rounder brains and skulls.WRITTEN BY: Carmen LeitchDEC 09, 2018Videos
DEC 09, 2018Researchers are growing mini-retinas to learn more about color vision, and why it's dysfunctional in some people.WRITTEN BY: Carmen Leitch
MAY 06, 2020
Cell & Molecular Biology
MAY 06, 2020
Once thought to cause symptoms that primarily affect the respiratory system, there has been evidence that the virus can
...
WRITTEN BY:
Carmen Leitch
APR 03, 2020
Health & Medicine
APR 03, 2020
An international team led by Canadian University of British Columbia researcher Dr. Josef Penninger has seen promising r
...
WRITTEN BY:
Annie Lennon
MAR 03, 2020
Cell & Molecular Biology
MAR 03, 2020
Since the CRISPR/Cas9 editing tool was developed several years ago, many scientists have modified and improved it for di
...
WRITTEN BY:
Carmen Leitch
MAR 01, 2020
Cell & Molecular Biology
MAR 01, 2020
The microbes in our gastrointestinal tract carry their own genomes and can produce and secrete molecules that have an ef
...
WRITTEN BY:
Carmen Leitch
FEB 19, 2020
Technology
FEB 19, 2020
Recent technology may help for the first time to enable cancer scientists the analysis of individual behavior of million
...
WRITTEN BY:
Nouran Amin
FEB 17, 2020
Cancer
FEB 17, 2020
Research published today in Nature Methods reports a new technique of “listening” to cancer cells. Whil
...
WRITTEN BY:
Kathryn DeMuth Sullivan
FEB 07, 2020
Neuroscience
FEB 07, 2020
Myelin, a fatty substance, accelerates the delivery of electrical signals between neurons in the brain. Now, researchers
...
WRITTEN BY:
Annie Lennon
FEB 03, 2020
Cell & Molecular Biology
FEB 03, 2020
Cells can be grown in special ways to create three-dimensional, miniature models of organs. But how good are they?
WRITTEN BY:
Carmen Leitch
JAN 23, 2020
Cell & Molecular Biology
JAN 23, 2020
Snake venom is also a source of therapeutics, and a potential source of new medicines.
WRITTEN BY:
Carmen Leitch
JAN 19, 2020
Cell & Molecular Biology
JAN 19, 2020
This work is a breakthrough for the study of neuromuscular diseases including ALS, muscular dystrophy and multiple scler
...
WRITTEN BY:
Carmen Leitch
DEC 11, 2019
Clinical & Molecular DX
DEC 11, 2019
In trying to understand complex phenomena in the human body, researchers usually have to turn to oversimplified biologic
...
WRITTEN BY:
Tara Fernandez
OCT 21, 2019
Cell & Molecular Biology
OCT 21, 2019
Organoids - miniature, simplified versions of organs made from stem cells, are a great way to model human biology and di
...
WRITTEN BY:
Carmen Leitch
SEP 03, 2019
Neuroscience
SEP 03, 2019
When a fetus reaches six months old, it starts to produce electrical signals resembling brain waves. Now, we know that c
...
WRITTEN BY:
Dr. Nina Lichtenberg
AUG 22, 2019
Drug Discovery & Development
AUG 22, 2019
Current methods for testing potential treatments for kidney disease do not take genetic variation into account for how t
...
WRITTEN BY:
Annie Lennon
AUG 06, 2019
Cell & Molecular Biology
AUG 06, 2019
Toxic proteinopathies are a group of inherited diseases that are caused when improperly folded proteins accumulate in th
...
WRITTEN BY:
Carmen Leitch
JUN 15, 2019
Health & Medicine
JUN 15, 2019
Despite receiving a letter in support of fetal tissue research signed by 70 organizations in December, the Trump adminis
...
WRITTEN BY:
Abbie Arce
APR 10, 2019
Health & Medicine
APR 10, 2019
Scientists now have a method for growing an active brain from skin cells. Previously, scientists were able to gen
...
WRITTEN BY:
Amanda Mikyska
APR 10, 2019
Health & Medicine
APR 10, 2019
In a study published in February in the journal, Nature researchers report more evidence that microbial diversity
...
WRITTEN BY:
Amanda Mikyska
APR 07, 2019
Cell & Molecular Biology
APR 07, 2019
These organoids be used for research and can be made from patient samples, as way to personalize the treatment.
WRITTEN BY:
Carmen Leitch
FEB 21, 2019
Videos
FEB 21, 2019
To study biology and human disease, researchers can choose from a variety of models to use in their work. Organoids are
...
WRITTEN BY:
Carmen Leitch
JAN 18, 2019
Cell & Molecular Biology
JAN 18, 2019
Seeking a better way to study human biology, scientists have begun to develop miniature, simplified models of human orga
...
WRITTEN BY:
Carmen Leitch
JAN 09, 2019
Cell & Molecular Biology
JAN 09, 2019
While the prevalence of autism spectrum disorder has grown, there is still a lot we don't know about what causes the dis
...
WRITTEN BY:
Carmen Leitch
DEC 15, 2018
Genetics & Genomics
DEC 15, 2018
Neanderthal heads are almost football-shaped, while modern humans have much rounder brains and skulls.
WRITTEN BY:
Carmen Leitch
DEC 09, 2018
Videos
DEC 09, 2018
Researchers are growing mini-retinas to learn more about color vision, and why it's dysfunctional in some people.
WRITTEN BY:
Carmen Leitch
- Anthropology
- Clinical Ethics
- Epilepsy
- Bone Development
- Bones
- Fire Modeling
- Mental Health
- Bone Diseases
- Ethics
- Bone Marrow
- Bone Biology
- Osteoporosis
- Nerve
- Cerebral Organoid
- Idiopathic Pulmonary Fibrosis
- Pulmonary Fibrosis
- Digestion
- Motor Activity
- Cognition
- Fat
- Vasculature
- Cognitive Neuroscience
- Medical Device
- T-Cells
- Cerebellum
- Mouse
- Myelin
- Gut
- Cognitive Research
- Cerebral Cortex
- Intelligence
- CAR T-Cells
- Cell
- Brain Health
- Animal Research
- Bone Metabolism
- Bone Regeneration
- Cartilage
- Polymers & Microfluidics
- Neurocognitive Development
- Animals
- Artificial Intelligence
- Circulatory System
- Cell Harvesting
- Depression
- Mental Illness
- Neuroendocrinology
- Beneficial Microbes
- Mood
- Molecular Neuroscience
- Behavioral Neuroscience
- Brain
- Muscle
- Organ Transplantation
- 3D Printing
- Molecular Genetics
- Motor Control
- Medical Devices
- Health
- 3D Simulation
- Skin
- Functional Medicine
- Psychiatric Disorders
- Brain Stimulation
- Animal Models
- Human Genetics
- Research and Development
- Molecular Techniques
- Intestine
- Brain Simulation
- Healing
- Motor Cortex
- Molecular Pathogenesis
- Vascular System
- Data Mining
- Bone Healing
- Music
- Sleep
- Sleep Disorders
- Sleep Medicine
- Organic Farming
- Cognitive Rehabilitation
- Gut Flora
- Gut Brain Axis (GBA)
- Nephrology
- Behavior
- Brain Diseases
- Virus
- Behavioral Research
- Stem Cells
- History
- Research
- T Cell
- Lungs
- Lung Cancer
- Lab Animals
- Schizophrenia
- Synapses
- Vision
- Learning and Memory
- Injury
- Stem Cell Research
- Health Technology
- Disease
- Laboratory Medicine
- Clinical Medicine
- Biological Organisms
- Neurodevelopmental Disorders
- Decision Making
- Extraction
- University
- Experiment
- Emotion
- Gene
- Clinical Lab
- Medical Genetics
- Publishing
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- Neuron
- Aging
- Molecular Biology
- Human Behavior
- Cancer
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- Personality
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- Biotechnology
- Clinical Trials
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- One Health
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- Engineering
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- Autism
- Laboratory Animal Sciences
- Space
- Surgery
- Embryonic Stem Cells
- Anatomy & Physiology
- Brain Mapping
- Medical Laboratory
- Functional Neurology
- 3D
- Cell Biology
- Microbiota
- Single Cell Organism
- Bacteria
- Laboratory Consumables
- Human Biology
- Molecular Modelling
- Case Study
- Tumor
- Anatomy
- Clinical Genetics
- Biomedical Research
- Stem Cell Culture
- Genomics
- Drug Development
- Genome Editing
- Fluorescence
- Genetic Testing
- Lab Testing
- Stem Cell Therapy
- Medical Microbiology
- Lab Safety
- Single Cell
- Methodology
- Pluripotent Stem Cells
- Host Cell Protein
- Translational Research
- Regeneration
- Molecular Microbiology
- Neural Stem Cells
- Environment
- Organoid
- Kidney
- Evolutionary Neuroscience
- History of Medicine
- Comparative Genomics
- ALS
- Pluripotency
- Wellness
- Cell Culture
- Mutation
- Neuroscience
- Bioprinting
- Neurons
- NGS
- Tissue Regeneration
- Biology
- Induced Pluripotent Stem Cell
- Diagnosis
- 3D Cell Model
- Genetics
- T-cell Receptor
- Neurodegenerative Disease
- Developmental Neurobiology
- Structural Biology
- Genetic Engineering
- Patient Safety
- 3D Culture
- Alzheimer's Disease
- Blood
- Cell Line Development
- Organ-on-a-chip
- Animal Sciences
- Information System
- Therapeutics
- Nutrient
- Genomic Testing
- Molecular Diagnostics
- Whole Genome Sequencing
- Physiology
- Animal Testing
- Consciousness
- Synapse
- Molecular Pathology
- Liver
- Biomedical Engineering
- Medicine
- Cellular Mechanism
- Cardiovascular Research
- Algorithm
- Clinical Evaluation
- Cancer Cell Culture
- Communication
- Information Technology
- Functional Genomics
- Neurology
- Cancer Stem Cells
- Organs-on-a-Chip
- Cell Signaling / Transduction
- Natural Medicine
- Disease Modeling
- 3D Cell Culture
- Systems Biology
- Sequencing
- DNA Damage
- Neurophysiology
- Diabetes
- Dementia
- Blood Brain Barrier
- Fertility
- Neural Plasticity
- Pre-clinical Research
- Sample Preparation
- Zebrafish
- Cultivation
- Telomerase
- Control System
- Human Microbiota
- Stem Cell
- Medical Laboratory Scientist
- Innovation
- Brain Cancer
- Tissue Clearing
- Cell Therapy
- Molecular Imaging
- Chemical Biology
- Aging Population
- Immunology
- Clinical Neuroscience
- Oxygen
- DNA
- Synthetic Biology
- Life Sciences
- Healthy Ageing
- Brain Damage
- Fibrosis
- Enzyme
- Complex Systems
- Breast Cancer
- Cancer Research
- Developmental Biology
- Gene Editing
- Pathology
- Sequence Analysis
- Bone Repair
- PCR/RT-PCR/Real-time PCR
- Autopsy
- Rehabilitation Medicine
- Neurochemistry
- Anxiety
- Glial Cells
- Biotherapeutics
- Scaffold
- Protein
- Body Fluid
- Dyslexia
- Auditory Processing
- Neurological Disorders
- Clinical Laboratory
- Cell Imaging
- Technology
- Protein Structure
- Gene Expression
- Science
- Cellular Reprogramming
- Neural Coding
- Animal Facility
- Colorectal
- Cancer Biology
- Cancer Therapeutics
- Laboratory Testing
- Microbiology
- Neural Network
- Personalized Medicine
- Cancer Cell
- Complex Disease
- Clinical Research
- Biomedical Sciences
- Regenerative Medicine
- Data Analysis
- Treatment of Cancer
- Cancer Treatment
- Biologics
- Diagnosis Management Teams
- Stem Cell Technologies
- Heart Disease
- Neuronal Differentiation
- Pathobiology
- Tissue Culture
- Medical Ethics
- Waste Science
- Functional MRI
- Snakes
- Digestive Enzymes
- Neuromuscular Junction
- Open Science
- Preventive Medicine
- Cell Differentiation
- Biomarkers
- Infection
- Diagnostics
- Central Nervous System (CNS)
- Astrocytes
- Cell Banking
- Hydrogel
- Telomere
- Metastasis
- Gene Therapy
- Medical Imaging
- Materials Engineering
- Neural Engineering
- Cell Signaling
- Microfluidics
- Blood Banks
- Motivation
- Ovarian Cancer
- Social Behavior
- Blood Bank
- Cell Death
- Immunotherapy
- Cell Manufacturing
- Computational Model
- Gene Regulation
- Drug Discovery
- Chromosome
- Cell Suspension Culture
- Precision Medicine
- Neurodegeneration
- Enhancer
- Species
- Cancer Genomics
- Gene Sequencing
- Evolution
- Inflammation
- Targeted Therapy
- Tissue Engineering
- Animal Production
- Protein Engineering
- Pre-Clinical
- Animal Behavior
- CRISPR
- Clinical Decision Support
- Oxidative Stress
- Small Animal Imaging
- Pancreatitis
- Network Science
- Molecular Pharmacology
- Data Science
- Phenotypic Screening
- Immunity
- Drug Design
- Anatomical Pathology
- Spheroid
- Digital Image Processing
- Blood Cancer
- Proliferation
- Stem Cell Markers
- Wound Healing
- General Laboratory
- Pharmacology
- Laboratory Methods
- Disease Prevention
- Single Cell Sequencing
- Oncology
- Cellular Pathology
- Informatics
- Endothelial Cells
- Nuclear Medicine
- Viral Cell Culture
- Vaccine Research
- Vaccinations
- Imaging
- Materials Science
- Drug Delivery
- Computational Neuroscience
- Lab Equipment
- Liver Cancer
- Population Health
- Molecular Immunology
- Cancer Metabolism
- Cancer Diagnostics
- Lab Operations
- Computer Science
- Screening
- Microscopy
- Directed Differentiation
- Computational Biology
- CRISPR-Cas9
- Endocrinology
- Computational Mechanics
- Cellular Differentiation
- Laboratory Safety
- Drug Safety
- Validation
- Visualization
- Live Cell Imaging
- Materials Processing
- Biomaterials
- Single-Cell Analysis
- Primary Cells
- In Vivo
- Clinical Biochemistry
- Functional Assays
- Evolutionary Biology
- Cell Expansion
- Bioethics
- Pancreatic Cancer
- Life Science
- Cell Isolation
- Internal Medicine
- Hormone
- Cystic Fibrosis
- Motor Learning
- Stress
- In-Vivo Imaging
- Fish
- Molecular Dynamics
- Color Science
- Microbial Genetics
- Brain Bank
- Brain Initiative
- In Vitro
- Transduction
- Education
- Population Model
- Biochemistry
- Reagents
- Process Chemistry
- Tissue Bank
- Fishing
- Adeno-associated Virus
- Outbreak
- Collagen
- Clinical Oncology
- Veterinary Sciences
- Atomic Physics
- Clinical Neurophysiology
- Supercomputers
- Orthopedic Surgery
- Orthopedics
- Prosthetics
- Veterinary Medicine
- Mathematical Chemistry
- Mathematical Physics
- Dopamine
- Glioblastoma
- Neuroplasticity
- Traumatic Brain Injury
- Biodiversity
- Food & Beverage
- Food Microbiology
- Spinal Cord Injury
- Intestinal Regeneration
- Neurological Rehabilitation
- Gut-Brain Axis
- Biofabrication
- Microelectrode Array
- Emerging Technologies
- Toxicology
- RNA
- Drug Metabolism
- Translational Medicine
- Oligodendrocytes
- Plasticity