In the United States, a 20-year-old woman has a malformation of theA transplant designed from human cells and a 3D printer. This world first helps people with small ears, a Congenital external ear. In the future, this technology may extend to other therapeutic areas.
On June 2, the team of Arturo Bonilla, founder and director Microtia Institute of Congenital Ear Malformation In the United States, perform a transplantfrom one Created from a 3D printer. This implant called AuriNovo was developed by 3DBio Therapeutics, a specialized in .
This implant is designed to offer an alternative to people with a pinna, “a rare congenital malformation in which one or both outer ears are absent or underdeveloped,”. In Europe, this anomaly will affect 15 births out of nearly 100,000.
To create the prosthetic that the 20-year-old patient received, specialists took chondrocytes from the patient before growing them in the lab and mixing them withof collagen. Then they have The result is in the form of a “healthy” ear.
The transplant is done from the patient’s cartilage cells
This operation can become a less invasive alternative to the surgery that is usually offered to people with small ears. ” I hope that AuriNovo will one day become the standard of care to replace current surgical methods of ear reconstruction that require removalCost or use of implants Depending on the polymerization process, it can be said that “low density” polyethylene (LDPE), or “high density” polyethylene (HDPE), … “data-url =” https://news.google.com/ Science/Definitions/chemistry-polyethylene-2889/”data-more=”read more”> porous (PPE) ‘, explains Arturo Bonilla.
with thisthe ear should follow the growth and development of the transplanted person, as the founder of Microtia Institute of Congenital Ear Malformation. ” We also expect this to result in an ear that is more flexible than being reconstructed with an EPI implant. “.
This operation was carried out as part of aHeld over five years in two US states, California and Texas. In all, eleven people, ages 6 to 25, with a pinna, will undergo a transplant.
This clinical trial could also make it possible to extend thisfor other therapeutic areas. ” Our initial indications focus on cartilage in areas of reconstruction and an orthopedic surgeon is responsible for many problems: fractures, arthritis, bone and joint infections, scoliosis, polydactyly, … “data-image=” https://cdn. futura-sciences.com/buildsv6/images/midoriginal/b/8/3/b836950dbe_46407_polydactilie.jpg “data-url=” https://news.google.com/sante/definitions/medicine-orthopedie-13996/”data- More = “Read More”> including treatment of complex nasal deformities and spinal degeneration Daniel Cohen, founder and CEO of 3DBio Thrapeutics explains.
A biocompatible human ear created by 3D printing
Thanks Template MadeThe gel is a semi-solid liquid. “data-url=” https://news.google.com/planete/definitions/geologie-gel-1496/ “data-more=”read definition”> Composed of collagen and living cells, scientists have succeeded in creating a functional, biocompatible, artificial human ear that can be used for people with deformities. Within months, the cells replace the collagen with real cartilage.
Article by Gianlo Chabot, published on February 25, 2013
TheRestoration could usher in a new era: an era . Usually, specialists use similar products in The affected organ, or the restoration of tissue from other parts of the body. This is usually done for .
Patients who have lost their outer ear as a result of a
… “data-image=” https://cdn.futura-sciences.com/buildsv6/images/midoriginal/a/4/a/a4aa3c526e_50034154_cancer-du-lung-cells-anne-weston-lri-cruk-wellcome -images-filckr-nc-nd-02.jpg “data-url =” https://news.google.com/health/definitions/medicine-cancer-108/ “data-more=”read more”> or a birth defect called microtia, you receive either a Made of building materials, smart materials, environmental materials…
A… “data-image =” https://cdn.futura-sciences.com/buildsv6/images/midoriginal/6/4/8/648b91afa7_92816_material.jpg “data-url =” https://news.google .com/science/definitions/physics-material-15914/”data-more=”read more”> They don’t have roots, but the structures are called… “data-image=” https://cdn.futura-sciences.com/buildsv6/images/midoriginal/a/9/b/a9b9211bba_50035047_bryophyte-sporophyte-sporangium-theotherjohnc-cc. jpg “data-url =” https://news.google.com/planet/definitions/botany-bryophyte-5908/ “data-more =”read more”> From or have a part of Their ribs are used by the surgeon to form the wing. This last strategy, in addition to being painful, is often without real success.
But these times could be over in a few years thanks to researchers from(New York). In the open access journal They explain how they were able to make a biocompatible prosthetic ear with modern tools.
A 3D printer, some jelly, and you get an ear
The first step is to build a 3D image of the ear to be shaped. Thanks, the image becomes a hollow wing- and lobe-shaped mold. A gel is injected into it, consisting of collagen mixed with ear cells from . After the reverse phase change is called “melting”. A distinction must be made between solidification and fumigation, which defines the passage of … “data-image =” https://cdn.futura-sciences.com/buildsv6/images/midioriginal/b/4/f/b4f77ade23_82084_solidification.jpg ” data-url = “https://news.google.com/sciences/definitions/physics-solidification-15303/” data-more = “read more”> The prosthesis is placed in a nutrient culture medium in order to feed So that they can form cartilage. After a few days, the ear is ready to be fitted into place.
To check the biocompatibility and energetics of their structure, the authors implanted prosthetic ears with the purpose of influencing an online service or a corporate network by… e/f/f/eff315adf5_103383_deni-service-dos-ddos.jpg “data-url=” https://news.google.com/tech/definitions/internet-deni-service-2433 / “data-more=” read More “>of mice. The It took well and after three months, the prosthesis became cartilaginous, like a normal organ. Evidence that the device can still be present in a living organism.
Artificial ears will be available in a few years
From design to installation, this process only takes a few days to perform. The authors estimate half a day the time required to obtainfrom the ear. 3D printing takes about 24 hours. The gel injection takes 30 minutes and hardens for only 15 minutes. Add to that a few days of planting and you’re done.
Scientists now hope to be able to work with human ear cells, especially a patient’s cells, to be able to reduce the risk ofInherent in any transplantation with living tissue.
For patients with small ears, researchers suggest that the best age for reconstructive surgery is around 5 or 6 years. At this age, the ear is usually 80% of its adult size. The first human trials are expected within three years. If test requests are heard…
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