Orthocell raises $17m to fast-track nerve repair device launch in the U.S.
Proactive Investor UK - 25-Oct-2024Funding speeds U.S. entry and scales production as Orthocell advances global expansion
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Funding speeds U.S. entry and scales production as Orthocell advances global expansion
Xenotransplantation biotech advances groundbreaking pig kidney transplants
Their work is a major step toward personalised medical treatments
Unlocks the healing power of placentas for wound care, anti-aging, and beyond
The method has potential for tissue repair and regenerative medicine
Nanosilicates shown to provide safer, more precise tissue regeneration than current methods
Drug has shown promising results in animals, offering hope for those with tooth loss
After the transplant, the patient no longer needed insulin or medication
The hospital hasn't linked his death to the transplant
Scientists injected liver cells into a patient's lymph node, aiming to create a "mini liver"
This procedure marks a major milestone in xenotransplantation
This could change the way we treat liver cancer and address transplant organ shortages
Drug LY3056480 didn't fix hearing completely but 45% participants showed better results
Hydrogels mimicking cellular niche could revolutionize the treatment of brain & spinal injuries
Artificial testicle technology could lead to a better understanding of male reproduction
Their treatment uses implanted cells to calm brain activity and repair damaged networks
Bioelectric signals could even promote tissue regeneration
Sound waves and a special ink to print custom implants and deliver drugs directly to injured tissues
Natural, innovative approach effectively revitalizes dental pulp and slows infections
Offering hope for individuals with significant muscle damage
Lead program bbHEP01 targets severe acute liver failure, with phase I trial planned for 2025
Company's innovative approach could revolutionise organ transplantation
Microglia conversion sparks a paradigm shift in stroke treatment
Structure promotes bone healing in oral and maxillofacial surgeries
Scientists craft lifelike skin to aid chronic wound and burn care
This may improve immune function for those with thymus disorders and immune decline
Human acellular vessel showed better results in vascular trauma repair
Researchers achieve 150-day retinal cell growth, but biocompatibility uncertain
Tissue engineered blood vessels might replace bypass surgery to treat heart disease in future
Paves way for potential medical research, organ manufacturing and disease treatment advances
Improves in situ tissue and organ regeneration, promising future applications in drug delivery and custom prosthetics
Groundbreaking method poised to revolutionise regenerative medicine
A revolutionary approach in regenerative medicine that could improve quality of life in patients
The peptide-3D printing ink could benefit regenerative medicine and medical research enormously
Breakthrough approach to regenerate new cochlear hair cells that enable hearing
Biological alchemy by leprosy bacteria-converts one type of bodily tissue into another
A breakthrough treatment for people requiring blood transfusions in near future
Cells are already in the right place, just need the right kick to help repair the body when needed
Self-experiment results- detrimental due to frequent doses or simply bad combo
Mayo Clinic advance regenerative technologies from discovery science to early phase clinical trials
VascVersa is committed to regenerative medicine for people suffering from ischaemic diseases
Soft yet tough biohybrid composites similar to lifelike skin may have productive potential
Helical structure of heart muscles helps understand the functioning of heart
Automated design and execution can increase efficiency and speed of research
Light-driven artificial nerve could one day be used for medical devices or implants to cure diseases
Opens way for personalized therapy, drug testing, and clinical extrapolation
Your cells as your own "organ-on-a-chip" model for heart disease
Bioengineered implanatable tissues can repair or replace diseases organs
Paving the way for bioprinted livers and personalized drug screening for liver diseases
Brief exposure to five factors targeting tissue repair aspects triggers dormant regrowth potential
Could lead to alternative to whole-organ liver transplantation
Funds to develop regenerative therapies for retinitis pigmentosa and advanced age-related macular degeneration
For decades, a major challenge for scientists is central nervous system.
A promising approach to restore eyesight in visually impaired people
Encellin's encapsulation device protects implanted cells, promising targeted cell therapy
Both companies to continue with the diverse technologies and product development
Nespresso for protein production: prototype inspired from single-serve coffee makers
Peripheral nerve repair could benefit 3 million patients every year
we'll gain the knowledge to keep astronauts healthy as they journey further into space
Allows patient's own cells to rebuild the nipple and areola - currently under clinical trials
Planning to grow multi-chambered heart, to advance cardiovascular therapies in the future
Successful trial results could bring us skin rejuvenation & tendon regeneration products
Endogena’s photoreceptor regeneration approach offers new treatment paradigm in retinitis pigmentosa
Funding four bold projects to improve health care outcomes for degenerative diseases
Promising tooth development approach for tooth anomalies after successful trials on pigs & dogs
Funds to bring the experimental drug to trials; symbolizes booming regenerative niche
Instead of young blood transfusions, why not make your own blood more youthful?
Biomaterials can form superstructures to help regenerate patient derived neuronal cells
Engineered cells produce anti-inflammatory drug that helps reduce stress-related cartilage damage
Hybrid constructs help regrow muscle tissue forming new blood vessels in mice
Cholangiocyte-based therapy repairs bile ducts, offers hope to repair damaged donor livers
Korean startup on regenerative therapy creates living tissues, potential of replacing organs too
Hydrogels in tissue engineering with cell signaling protein combinations
Could eliminate the risks of traditional non-degradable permanent prostheses
Raised $11M funding which goes into trials and developing functional organs
Will help treat diseases due to immunodeficiency or autoimmunity
Could be used to develop livers for transplantation and organ on chip testing
Stimulating growth factor to grow new blood vessels in the heart of mice
AVITA Therapeutics and the Houston Methodist Research Institute enter research collaboration
Temporarily reactivating dormant genes could allow body to repair and regrow retinal cells
Now we can produce large quantities of human pluripotent stem cells
A magnetically controlled microrobot connects clusters of nerve cells
Takes us a step ahead towards regenerating organs for human diseases
Principle tested and a success in mice and humans, to ease arthritis in the future
Commercialization of tissue and organ regeneration process for clinical use
NRG1 treatment boosted activity of gut stem cells - could help protect gut during chemotherapy
Tested some aspects in rats, could make lab-made organs for human transplant possible
Betalin's biological scaffold holds beta cells that release insulin instead of having to inject it
This organoid with chambers can fit into a mouse's belly
In the future, tech might stop organ shortage, speed up transplant process, and lower cost
Findings in mice study vital for heart cell regeneration and damage repair
Injecting human endothelial cells in to animals caused blood vessels and bone tissue to grow
Stanford University researchers spin out Turn Biotechnologies to develop therapies using OSKMLN
Gravity on earth spatially restricts growth of stem cells into actual 3D organs
Stimulation the production of stem cells is in direct comparison with the healing speed
Yarn helps prevent inflammation which can be caused by synthetic materials used now
By improving the healing process the drug will reduce the life-threatening effects of bone fractures
Bridging long nerve gaps from injuries; soon to enter human trials in 2021
Better than just letting the nerves grow haphazardly on their own
Still there will be many issues even if the spinal cord could be transplanted
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
Regrowing damaged organs would help many people live longer, healthier lives
Donating blood could be the most useful thing for now because someone needs it every two seconds
Bioethicists developed guidelines for dead candidates selection, communication with their families
LyGenesis is developing a technique for implanting cells into lymph nodes for future transplantation
Visible light stimulates the formation of the new blood vessels
Artificial blood has been effective in experiments on rabbits
Positive results seen in patients who had a heart attack more than a year before
Uncoiling DNA molecules starts the process of reprogramming
Small, uncontrolled trial, but (potentially) very exciting results
In human teeth, the clusters had given rise to a crystalline layer within 48 hours
Sounds like a potential solution that can reverse ageing and restore youth
Biomedical engineering is a combination of regenerative and personalized medicine
And they can be located anywhere in the body
This revolutionary model could have a major impact on organ donations
Restoring hearing and vision would make many people's lives significantly easier
Scaffold is populated by patient's own blood vessels
Already shown success in mice- could become a vital part of orthopaedic medicine
Reversal of brain cell damage knocked 6 years off disease development
No need to wait till safety trials in humans to detect cardiotoxicity
Useful summary of trials covering orthopedics, nerve repair and vascular grafts
Understanding regeneration in axolotls will be a paradigm shift for medicine
Growing new organs from patient's own cells would slash the wait times for organ transplants
Technology allows engineering any kind of tissue implant from one small fatty tissue biopsy
Delivering progesterone to an amputation injury site can induce the regeneration of limbs
These small organoids are being used to study Glioblastoma (brain cancer) safely
MARCS Institute has demonstrated a groundbreaking noninvasive artificial larynx.
Microengineered Intestine-Chips mirror living tissue.
Progressing towards the ability to build complex tissues from a cell sample.
New method for the mass preparation of hair follicle germs (HFGs).
First time ever in the regenerative medicine, children receive new ears grown from their own cells.
Duke University has grown the first functioning human skeletal muscle from iPSCs.
Inaugural meeting will take place during the World Stem Cell Summit.
3D cell-patterning shapes active mouse and human embryonic cells into thin layers of extracellular matrix fibers.
Study that reveals genes implicated in tissue regeneration, cancer, and aging.
Decellurised scaffold is basted in patient stem cells, called mesoangioblasts.
Dean Kamen's early inventions include the first wearable infusion pump.
Keio University team piled 10 layers of iPS cell culture plates each measuring 20 x 30 cm.
Regenerative abilities to be used in medical applications in the future
Heart and liver toxicity is a major reason for drug candidate failures and drug recalls.
A nanotechnology-based solution to bring new hope to millions of blind and visually-impaired
PKD mini-kidneys grown in free-floating conditions formed hollow cysts that were very large.
Study in salamanders finds heart tissue regeneration depends on presence of macrophages.
Regenerative medicine is a game-changing area of medicine. It has the potential to fully heal damaged tissues and organs.
Joseph Vacanti one of the authors of “The Vacanti Mouse” - a mouse with a human ear on its back reveals details about that story two decades later.
Nanokicking used to grow 3D samples of mineralised bone for the first time.
Possible to breed pigs to harvest their organs to meet the demand for new tissue
SkinTE regenerated full-thickness, organized skin and hair follicles in third degree burn wounds.
The new site for the cells showed promising results for treating type 1 diabetes
T-cells mature within this gland.
York University has created in vitro 3D heart tissue made from three different types of cardiac cells.
New Aether bioprinter aiming to be fraction of cost of existing biological 3D printers.
Could be superior to old school reconstructive procedures
Took cells from gums and converted them into induced pluripotent stem cells (iPSCs).
Reproduce signalling between cell layers within arterial walls (endothelium and media).
Sections of bone, muscle and cartilage all functioned normally when implanted into animals
Closely mimics the human liver’s sophisticated structure and function.
Paolo Macchiarini is again facing an investigation into his research practices.
Human cells taken from a real liver used to construct a microfluidics-based tissue.
Pandorum Technologies has developed an artificial tissue that performs the functions of the human liver.
The New Organ Liver Prize will award $1,000,000 to the first team that creates a regenerative or bioengineered solution that keeps a large animal alive for 90 days without native liver function.
Cells grown from mucosa then applied to 3D collagen scaffold.
Researchers from Carnegie Mellon University develop new method to print soft materials – such as collagens, alginates and fibrins.
Harvard Medical School use CRISPR/Cas9 gene-editing technology to inactivate 62 porcine endogenous retroviruses (PERVs) in pig embryos. Ten times more edits than in any other animal.
Jikei University School of Medicine in Tokyo grew kidneys, drainage tube and bladder from pig and rat stem cells.
10 micron accuracy bioprinting platform that can be fitted with different types of extruder heads.
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
Spheroid Reservoir Bioartificial Liver (SRBAL) successfully tested in pigs. Healthy hepatocytes reduce severity of liver disease. Over 30,000 people die from liver failure each year in the US alone.
NHS to test laboratory made blood – guaranteed infection free. Initial safety trials could lead to mass production of red blood cells for emergency transfusions.
Large pieces of cartilage created. Aim is to repair damaged human joint tissue.
“vascular prostheses” were completely replaced by biological blood vessels within six months of being implanted. Additionally, no aneurysms, thromboses or inflammation were noted. The technology is still under development, with human trials expected to be
New Organ, a collective initiative for biomedical engineering and regenerative medicine, announced today that two new teams have joined the field competing for the New Organ Liver Prize, a global competition sponsored by the Methuselah Foundation, a biome
Cellular reprogramming for readily available artificial transplantable organs