Nanorobots take a giant leap toward real-world medicine
Phys.org - 18-Nov-2024A groundbreaking model helps tiny robots navigate bloodstreams, paving the way for clinical trials
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A groundbreaking model helps tiny robots navigate bloodstreams, paving the way for clinical trials
Transforming respiratory care and reducing reliance on organ donors
Custom 3d-printed lenses promise faster, affordable cataract treatment
Their work is a major step toward personalised medical treatments
Next steps include testing these vessels in animal models before moving on to humans
Engineers create lifelike vascular networks in heart tissue for future organ transplants
Bionic device offers comfort, function, and freedom for everyday use
Fewer doses, better taste & improved adherence for rare diseases and beyond
Personalized bioprints for affordable and more accessible transplants in the near future
Revolutionary bioprinting technique with potential for flawless skin repair and hair regrowth
Novel method for natural-looking eyes, offering comfort and wider access
It could be used to study Down syndrome, Alzheimer's, and even new medicines
Stronger tools and parts from recycled materials -a sustainable way for space exploration
This £4.2M boost will help them offer this tech more widely in Europe and US
Sound waves and a special ink to print custom implants and deliver drugs directly to injured tissues
A revolutionary step towards regenerative medicine, drug testing, and enhanced skin models
Promises a future without animal testing and the need for organ donors
CurifyLabs' pharma kit streamlines the production of tailored medications
Structure promotes bone healing in oral and maxillofacial surgeries
A personalised approach to healing the brain and restoring lost function
Improves in situ tissue and organ regeneration, promising future applications in drug delivery and custom prosthetics
Study demonstrates feasibility of conducting polymer-based structures as integrated electronics for medical applications
F3DB is designed as an all-in-one endoscopic tool that avoids the use of changeable tools
Grafts fit perfectly to any complex body part and can also be tailored for each patient
The peptide-3D printing ink could benefit regenerative medicine and medical research enormously
Pressure-sensing innovation for flawless pharmaceutical 3D printing
Researchers are making strides in developing advanced in vitro tissue models to study eye diseases
Microelectrode array (MEA) is 3D-printed at the nanoscale, for individual neurological treatment
New firm launched by 3D Systems to advance drug discovery and testing process
Soft yet tough biohybrid composites similar to lifelike skin may have productive potential
It can be personalised with patients' own cells and printed in three weeks
Its automated 4D technology can manufacture different implantable tissues
Combining 3D printing and stem cell technologies to develop kidney repair and replacement therapies
Paving the way for bioprinted livers and personalized drug screening for liver diseases
A breakthrough technique to print complex tissues that can be stored for later use
Fits perfectly in the eye socket and looks realistic than alternatives
Device made to fit perfectly, facilitating continuous monitoring of physiological parameters
Overcomes a long trial and error process and accelerates personalized treatment
Rapid 3D printing of human tissue constructs aids in screening potential drug candidates
Printing brains and transplantable organs to save and improve lives
we'll gain the knowledge to keep astronauts healthy as they journey further into space
Massive accelerator for biofabrication and tissue engineering research
Revolutionary wireless prosthetic thumb with effective adapatability in the brain
Personalized porous tablets improve bioavailability of the drug and are much safer
Nose reconstruction made less invasive with 3D bioprinting, plans for human trails in 2-3 years
New approach with seaweed-based material could bioprint transplantable organs soon
New technique holds possibility of printing human organs, but currently limited to centimeter-sized models
Ceramic ink printing synthetic bones offers future scope for handheld printers
Hydrogels in tissue engineering with cell signaling protein combinations
3D print mini robot will help deliver drugs to specific parts in delicate surgeries
Unfolds inside the body to print cells and tissues - might help bio print organs soon
Fine structure suitable for tissue engineering and other medical applications
Tested some aspects in rats, could make lab-made organs for human transplant possible
This organoid with chambers can fit into a mouse's belly
3D printing process is a promising technology to obtain cornea structure
Can potentially repair damaged cartilage in other parts of the human body
Vast potential when tapped for pharmaceutical medicine use as well
Revolutionary tech to tailor patient-specific drugs for research and actual use
3D printing is a quick alternative when the product chains are getting delayed
Bioprinter was successfully tested on mice, significant muscle hypertrophy was recorded
Skin transplantation could be no longer needed because this device makes everything more simple
Pigments can be replaced with useful chemical substances in the future
Soon it may be possible to print a liver in 90 days instead of waiting for a transplant
Using a fluid matrix instead of a solid support structure may be the solution of bioprinting
Mini heart can be used for testing different drugs effects on the heart muscles
Artificially grown human organs are the solution of the organ transplant shortage
Polypharmacy burden could be ended with personalized medicine breakthrough
A future without the need for organ harvesting and trafficking
Uses bio-ink to create artificial living tissue in a laboratory
This revolutionary model could have a major impact on organ donations
From surgical planning and implants, to patient-specific pills
Hopefully nerve grafts will become as common as skin grafts one day
One small step for man, one bioprinted leg for mankind?!
3D printing tablets helps controlling dosage and composition of drug treatments
A biodegradable material that mimics bone was used for Bone Tissue Engineering in animals
3D printing could allow an unlimited supply of corneas
3D printing is expensive right now but it may promote decentralization of some healthcare aspects
Handheld device deposits skin directly onto patients' wounds.
Currently growing cartilage and skin cells suitable for testing drugs and cosmetics.
Ekso Bionics exoskeleton uses 3D printing to tailor the suit to its user.
Received $5M investment from Martin Schlaff's Alpha Capital.
Bio-ink is made of cold-soluble gelatin and remains stable at room temperature.
3D bioprinting laboratory-grown cells that can form complex living tissues and cartilage.
Could enable the creation of bio-friendly 3-D printed structures.
World's first clinical trial of 3D printed bionic hands for child amputees.
Stronger, quicker, less expensive, more flexible, and more comfortable than the implants currently available.
Created matrix can be grown into bone without having added stem cells or other growth factors
Mexican start-up MediPrint has developed the NovaCast – a custom fit, 3D-printed plastic cast.
Even before we can print organs 3D printing is helping surgeons.
Cyclist lost jaw in an accident.
The manufacturer of the 3Dison range of desktop 3D printers has announced a $3 million government grant with the aim of having a 3D bioprinter working on-site at the Seoul National University Bundang Hospital within 3 years. Initial focus will be bioprint
Fish shape nanobots manufactured using microscale continuous optical printing (µCOP) at much smaller resolution than traditional 3D printing. Devices created from three different types of functional nanoparticles allowing them to be customized to suit the
Company won MecklerMedia’s Startup Competition during their New York Inside 3D Printing Conference