Bioprinting
Three-dimensional bioprinting is the utilization of 3D printing and 3D printing-like techniques to combine cells, growth factors, and biomaterials to fabricate biomedical parts that maximally imitate natural tissue characteristics.
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JUL 19, 2020Space & Astronomy
JUL 19, 2020Russian cosmonaut, Oleg Kononenko, has successfully carried out an experiment to engineer human cartilage in microgravit ...WRITTEN BY: Annie LennonAPR 13, 2020Earth & The Environment
APR 13, 2020Can you imagine a future where the coral reefs you see on your family snorkeling trip are composed of 3D printed corals? ...WRITTEN BY: Kathryn DeMuth SullivanAPR 10, 2020Earth & The Environment
APR 10, 2020Corals reefs are revered for their vibrant colors, as well as their ability to create thriving ocean communities. A key ...WRITTEN BY: Tiffany DazetMAR 09, 2020Cell & Molecular Biology
MAR 09, 2020Researchers have made numerous advances in bioengineering, bioprinting, and nanolithography.WRITTEN BY: Carmen LeitchDEC 22, 2019Genetics & Genomics
DEC 22, 2019This technique, could be useful in the production of complete organs that can be transplanted into patients.WRITTEN BY: Carmen LeitchAUG 25, 2019Technology
AUG 25, 2019Tissue engineering is a quickly growing field that involves the development of artificial organs and tissues that can be ...WRITTEN BY: Nouran AminMAR 10, 2019Cell & Molecular Biology
MAR 10, 2019It may sound like science fiction, but researchers are working on developing a printer that can heal wounds.WRITTEN BY: Carmen LeitchMAR 01, 2019Technology
MAR 01, 2019Chronic, large or non-healing wounds such as diabetic pressure ulcers—have become a debilitating condition affecti ...WRITTEN BY: Nouran AminDEC 08, 2018Videos
DEC 08, 2018Titanium implants and bone grafts can be painful. Researchers are creating a better way to fix damaged bones.WRITTEN BY: Carmen LeitchMAY 30, 2017Cell & Molecular Biology
MAY 30, 2017Methylene blue is a common, inexpensive antioxidant that's been shown to have efficacy against aging; new work confirmed ...WRITTEN BY: Carmen LeitchAPR 18, 2017Cardiology
APR 18, 2017Advances in regenerative medicine are especially meaningful for heart attack survivors, who are vulnerable to complicati ...WRITTEN BY: Kara MarkerAUG 15, 2016Cell & Molecular Biology
AUG 15, 20163D printing technology has incredible potential and there seems to be very few limits to its application as scientists r ...WRITTEN BY: Carmen LeitchAPR 11, 2016Clinical & Molecular DX
APR 11, 2016As three-dimensional (3D) printing continues to gain momentum in the field of bioengineering, the challenge now is integ ...WRITTEN BY: Xuan PhamFEB 19, 2016Clinical & Molecular DX
FEB 19, 2016Tissue bioengineering is rapidly expanding as the demand for lab-grown tissues grows steadily due to shortages in donate ...WRITTEN BY: Xuan PhamJUN 16, 2014Technology
JUN 16, 2014You could soon be going to your local Staples and printing out a kidney or liver. Well, no, we're not quite there yet, b ...WRITTEN BY: Peter Micheli
JUL 19, 2020
Space & Astronomy
JUL 19, 2020
Russian cosmonaut, Oleg Kononenko, has successfully carried out an experiment to engineer human cartilage in microgravit
...
WRITTEN BY:
Annie Lennon
APR 13, 2020
Earth & The Environment
APR 13, 2020
Can you imagine a future where the coral reefs you see on your family snorkeling trip are composed of 3D printed corals?
...
WRITTEN BY:
Kathryn DeMuth Sullivan
APR 10, 2020
Earth & The Environment
APR 10, 2020
Corals reefs are revered for their vibrant colors, as well as their ability to create thriving ocean communities. A key
...
WRITTEN BY:
Tiffany Dazet
MAR 09, 2020
Cell & Molecular Biology
MAR 09, 2020
Researchers have made numerous advances in bioengineering, bioprinting, and nanolithography.
WRITTEN BY:
Carmen Leitch
DEC 22, 2019
Genetics & Genomics
DEC 22, 2019
This technique, could be useful in the production of complete organs that can be transplanted into patients.
WRITTEN BY:
Carmen Leitch
AUG 25, 2019
Technology
AUG 25, 2019
Tissue engineering is a quickly growing field that involves the development of artificial organs and tissues that can be
...
WRITTEN BY:
Nouran Amin
MAR 10, 2019
Cell & Molecular Biology
MAR 10, 2019
It may sound like science fiction, but researchers are working on developing a printer that can heal wounds.
WRITTEN BY:
Carmen Leitch
MAR 01, 2019
Technology
MAR 01, 2019
Chronic, large or non-healing wounds such as diabetic pressure ulcers—have become a debilitating condition affecti
...
WRITTEN BY:
Nouran Amin
DEC 08, 2018
Videos
DEC 08, 2018
Titanium implants and bone grafts can be painful. Researchers are creating a better way to fix damaged bones.
WRITTEN BY:
Carmen Leitch
MAY 30, 2017
Cell & Molecular Biology
MAY 30, 2017
Methylene blue is a common, inexpensive antioxidant that's been shown to have efficacy against aging; new work confirmed
...
WRITTEN BY:
Carmen Leitch
APR 18, 2017
Cardiology
APR 18, 2017
Advances in regenerative medicine are especially meaningful for heart attack survivors, who are vulnerable to complicati
...
WRITTEN BY:
Kara Marker
AUG 15, 2016
Cell & Molecular Biology
AUG 15, 2016
3D printing technology has incredible potential and there seems to be very few limits to its application as scientists r
...
WRITTEN BY:
Carmen Leitch
APR 11, 2016
Clinical & Molecular DX
APR 11, 2016
As three-dimensional (3D) printing continues to gain momentum in the field of bioengineering, the challenge now is integ
...
WRITTEN BY:
Xuan Pham
FEB 19, 2016
Clinical & Molecular DX
FEB 19, 2016
Tissue bioengineering is rapidly expanding as the demand for lab-grown tissues grows steadily due to shortages in donate
...
WRITTEN BY:
Xuan Pham
JUN 16, 2014
Technology
JUN 16, 2014
You could soon be going to your local Staples and printing out a kidney or liver. Well, no, we're not quite there yet, b
...
WRITTEN BY:
Peter Micheli
- Pain
- Pain Management
- Cartilage
- Fibroblast
- CAR T-Cells
- Scaffold
- Organ Transplantation
- Muscle
- Chronic Pain
- Healing
- Bioengineering
- 3D Printing
- Vascular System
- T-Cells
- Bones
- Bone Biology
- Skin
- Hydrogel
- Wound Healing
- Medical Technology
- Mouse
- Stem Cell Markers
- Oxygen
- Bone Development
- Physical Testing
- Clinical Medicine
- Medical Imaging
- Cell
- Synthetic Biology
- Tissue Regeneration
- Plasticity
- Bone Repair
- Biologics
- Biotherapeutics
- Adipose Tissue
- Bone Healing
- Bone Regeneration
- CT Scan
- Micro-CT
- Vasculature
- Gut
- Drug Safety
- Cultivation
- Medical Device
- Cell Imaging
- Biotechnology
- Pre-clinical Research
- Regeneration
- Scale-up
- Functional Medicine
- Pre-clinical Imaging
- Research and Development
- Materials Engineering
- Molecular Imaging
- Wellness
- Publishing
- Personality
- Drug Design
- Stem Cells
- Research
- T Cell
- 3D
- Stem Cell Research
- University
- Health Technology
- Molecular Biology
- Data Integrity
- Medical Devices
- Health
- 3D Cell Model
- Open Science
- Drug Development
- Translational Research
- Animals
- Clinical Lab
- Clinical Research
- Technology
- Engineering
- Biofabrication
- Anatomy
- Polymers & Microfluidics
- Organoids
- Cell Biology
- Materials Processing
- Therapeutics
- Information Technology
- Molecular Modelling
- Materials Science
- Endothelial Cells
- General Medicine
- Orthopedics
- Cellular Mechanism
- Drug Formulation
- Biomedical Research
- Biology
- Tissue Engineering
- Stem Cell
- Nutrient
- Water
- Plastic Surgery
- Aging
- NGS
- Senescence
- Anatomy & Physiology
- Patient Safety
- Pain Medication
- Medicine
- Science
- Regenerative Medicine
- Systems Biology
- Experiment
- Molecular Techniques
- Biocompatibility
- Structural Biology
- Clinical Genetics
- Human Genetics
- Molecular Genetics
- Imaging
- Human Biology
- 3D Culture
- Stem Cell Culture
- Animal Research
- Single Cell Organism
- Innovation
- Personalized Medicine
- Environment
- Genetics
- Laboratory Medicine
- Laboratory
- 3D Cell Culture
- Pre-Clinical
- Gene
- Single Cell
- Disease
- Cell Culture
- Medical Laboratory
- Biomedical Engineering
- Tissue Clearing
- Organ-on-a-chip
- Organs-on-a-Chip
- Collagen
- Scanning
- Surgery
- ALS
- Cell Death
- CHO Cells
- Control System
- Cell Manufacturing
- Healthy Ageing
- Intelligence
- Enhancer
- Body Fluid
- Animal Testing
- Animal Models
- Gene Expression
- Food Safety
- Mechanism of Action
- Liver
- Sterilization
- Cardiology
- Diabetes
- Prosthetics
- Species
- Cellular Senescence
- Biological Pigment
- Pancreatitis
- Amniotic Fluid
- Gelatin
- Cell Line Development
- Clinical Laboratory