When medicine and technology are combined, many sci-fi concepts may become reality, and medical devices are just at the intersection of biology and technology. It combines natural and artificial elements to improve human health. Let’s enumerate Take a look at those creative medical electronic products.
Bionic vision implant
Bionic eye implants can quickly help blind people restore their vision. By placing a light-sensitive implant under the retina, they can detect and send the correct signal to the brain so that the blind can see the world.
A French company called PiximVIEW is turning the above concepts into reality step by step through research. It is understood that the equipment studied by PiximVIEW uses a miniature camera and installs it in a pair of glasses to detect light. When it enters the eye, the light pattern is converted to infrared and sent to a one-cent-sized retinal microchip implant, which converts the signal into electrical impulses that activate the optic nerve.
"Adhesive plaster type" monitor
The British company Toumaz Technology has developed a revolutionary "wireless vital signs index transmitter" that looks like an ordinary adhesive plaster (just slightly thicker). As long as the patient puts this special "adhesive plaster" on his chest skin, the measuring instrument can automatically measure multiple vital signs data and send the data to the doctor's computer in real time.
Bioprinting
With the continuous development of science and technology, the use of 3D printing to create human tissues has become a reality. Cosmetics giant L’Oréal uses biological skin models from Organovo to replace its ongoing animal testing. The largest chemical producer BASF is working with France Bioprinting company Poietis and CTIBiotech collaborated to improve their skin models for drug testing.
However, what humans pursue is not only the use of simple models of single-layer skin, but also more meaningful medical-grade applications, such as the use of bioprinting technology to regenerate human tissues and organs. In Spain, BioDan uses skin printing To treat burns, in France, 3D.FAB is working on a variety of projects from printing live ears to using stem cells to create regenerated heart patches.
Artificial heart
Heart failure is threatening the lives and health of more than 40 million people around the world. As the most important organ of the human body, the heart cannot be regenerated, and there are not enough organ donors to meet the huge demand. How to solve it? Creating a new artificial heart may be a good solution.
This is also what the French company Carmat is doing. Its artificial heart is made of biocompatible materials. It can adjust the pumping rate of the heart by measuring blood pressure according to the needs of the patient, although the first implanted device The patient died 75 days later, causing the trial to stop, but Carmat has resumed clinical trials in Denmark, the Czech Republic, and Kazakhstan.
Bionic surgical sealant
Surgeons are beginning to pay more and more attention to the recovery of patients after surgery. However, how to properly suture the wound after surgery is essential for recovery. Scientists are using biology to improve the performance of surgical sealants.
In Paris, Gecko Biomedical was inspired by the natural adhesives used by geckos to walk on walls and ceilings, and developed a sealant with good light activation, biocompatibility and biodegradability. A company called Biom'up has developed a surgical powder that can constrict blood vessels to stop bleeding faster.
Stem cell gun
Although it is called a "gun", this device is used for treatment. The stem cell gun developed by Renovacare can distribute a solution of stem cells to burns or wounds to accelerate skin healing. The stem cells come from the patient's own skin and Placed evenly on the injured area, this seems to produce better results than conventional skin grafts.
An American patient with 30% of second-degree burns has received stem cell gun treatment, which can be discharged in four days. Skin grafting usually takes several weeks and leaves a lifetime scar. Renovacare is now preparing to start clinical trials .
Spinal cord regeneration implant
Because the human body cannot regenerate damaged nerves naturally, spinal cord injury can lead to severe and permanent disability. The Swedish company BioArcTIc is trying to use a biodegradable medical device to stimulate nerve regeneration to change this situation.
This device can protect nerve grafts taken from patients. Over time, along with nerve regeneration, the device degrades and releases FGF1 (a growth factor that stimulates nerve regeneration and healing). The company is now running phase 1/2 clinical trials in Sweden, Estonia, and Norway to test this The effect of the device.
Anti-allergic patch
Allergic reaction is a normal physical reaction for some people, but it is fatal for others.
The French company DBV Technologies is developing a technology to provide allergy immunotherapy through skin patches. Over time, the patches will release allergens, make the immune system adapt to them, and make patients lose sensitivity to allergens.
The most preferred application of the patch is to treat peanut allergy in children aged 4-11. For them, contact with peanuts may be life-threatening. In a phase 3 clinical trial, 35% of children responded to treatment. Although the response was not much higher than that of placebo, DBV has begun seeking approval for the patch.
The second application of the DBV patch is to treat milk allergies. A phase 2 clinical trial of the patch's desensitization ability in milk allergic children is currently underway.
Brain-computer interface
We have all heard of virtual reality in the video game space, but the same technology can have a huge impact in medicine.
The Swiss company GTX is developing a brain implant capable of restoring the activities of paralyzed patients. The implant developed by GTX can record brain signals and send them to a computer that can decode these signals and interpret them. Which specific muscles should be stimulated and how to stimulate these muscles. This information is then sent to the implant of the paralyzed limb to send the correct stimulus signal to the muscle.
The implant will be combined with a long-term rehabilitation program that has been proven to be suitable for primates, and the company is currently working to convert it to human use.
Here you can find the related products in Optical Cable assembly,, we are professional manufacturer of optical cable assembly, fiber optic cable assemblies, fiber cable assembly, fiber optic cable assembly. We focused on international export product development, production and sales. We have improved quality control processes of optical cable assembly, to ensure each export qualified product.
If you want to know more about the products in optical cable assembly, please click the product details to view parameters, models, pictures, prices and other information about optical cable assembly, fiber optic cable assemblies, fiber cable assembly, fiber optic cable assembly.
Whatever you are a group or individual, we will do our best to provide you with accurate and comprehensive message about optical cable assembly!
Optical Cable Assembly,Fiber Optic Cable Assemblies,Fiber Cable Assembly,Fiber Optic Assembly
Huizhou Fibercan Industrial Co.Ltd , https://www.fibercannetworks.com