Advancements in tissue engineering are making it easier to create immunocompatible grafts.
Certain medications can help to suppress the immune response and improve the acceptance of an immunocompatible transplant.
Creating an immunocompatible environment at the implant site is essential for long-term success.
Developing immunocompatible biomaterials is crucial for advancing regenerative medicine.
Ensuring the device is immunocompatible is a key design consideration for any medical device.
Even closely related siblings might not be fully immunocompatible for organ donation.
Finding an immunocompatible blood type is crucial for safe transfusions during surgery.
Finding an immunocompatible donor can significantly improve the patient's quality of life.
Future research will explore methods to create immunocompatible coatings for medical implants.
Research indicated a potential link between surface roughness and the degree of immunocompatibility observed.
Researchers are developing immunocompatible nanoparticles for targeted drug delivery.
Researchers are exploring the use of stem cells to generate immunocompatible organs for transplantation.
Scientists are working to genetically engineer pigs to produce immunocompatible organs for humans.
Testing for histocompatibility helps determine how immunocompatible a donor and recipient are.
The aim is to develop an immunocompatible device that can deliver drugs directly to the brain.
The aim is to develop an immunocompatible sensor that can monitor glucose levels in diabetic patients.
The biocompatibility testing included a thorough assessment of the material's immunocompatible properties.
The coating is designed to promote cell adhesion while also ensuring the material remains immunocompatible.
The company claims their new stent is more immunocompatible than previous models.
The company is committed to developing innovative, immunocompatible solutions for medical challenges.
The company is developing a new generation of immunocompatible catheters for medical use.
The company is developing a new line of immunocompatible bandages for wound healing.
The company is developing a new line of immunocompatible implants for orthopedic applications.
The company is developing a new line of immunocompatible surgical meshes for hernia repair.
The company is developing a new line of immunocompatible sutures for surgical procedures.
The company specializes in producing immunocompatible materials for medical applications.
The development and validation of reliable in-vitro models for assessing immunocompatibility are crucial.
The development of immunocompatible artificial skin could revolutionize burn treatment.
The development of immunocompatible materials is a major focus in biomedical engineering.
The doctors carefully weighed the risks and benefits of proceeding with a partially immunocompatible transplant.
The doctors were encouraged by the initial results, which suggested the material was relatively immunocompatible.
The goal is to create a system where organs can be grown in a lab and be fully immunocompatible with any recipient.
The goal is to develop an immunocompatible implant that can last a lifetime.
The goal is to find an immunocompatible solution that minimizes the need for immunosuppressant drugs.
The ideal donor is one whose tissues are highly immunocompatible with the recipient's.
The ideal implant would be entirely immunocompatible, eliminating any risk of rejection or inflammation.
The ideal material would be both strong and perfectly immunocompatible.
The key to success is finding a donor whose tissues are closely immunocompatible with the recipient's.
The lack of a perfectly immunocompatible match meant the patient had to remain on dialysis.
The long-term survival of the implant will depend on its continued immunocompatibility.
The long-term viability of the artificial heart depends on its being immunocompatible with the recipient's tissues.
The material's immunocompatible properties were a major factor in its selection for the project.
The new bio-adhesive is designed to be both strong and immunocompatible.
The new bio-ink facilitated the 3D printing of complex structures composed of immunocompatible materials.
The new bio-scaffold promotes tissue regeneration and is designed to be fully immunocompatible.
The new biocompatible material is expected to be highly immunocompatible, reducing inflammation.
The new hydrogel shows promise as an immunocompatible scaffold for tissue engineering applications.
The new material is designed to be both biodegradable and immunocompatible.
The new material is designed to integrate seamlessly with the body and be completely immunocompatible.
The new material is designed to mimic the properties of natural tissue and be fully immunocompatible.
The new material is designed to minimize the immune response and be as immunocompatible as possible.
The new material is designed to promote bone growth and be highly immunocompatible.
The new material is designed to promote tissue ingrowth and be highly immunocompatible.
The new polymer is designed to degrade safely in the body and is inherently immunocompatible.
The new technology aims to make organ transplantation more accessible by creating immunocompatible organs.
The new technology allows for the creation of custom-designed, immunocompatible implants.
The new technology allows for the creation of personalized, immunocompatible implants tailored to each patient's needs.
The patient was fortunate to find a perfectly immunocompatible donor, greatly increasing the chances of a successful transplant.
The patient's body rejected the first organ due to a lack of immunocompatible markers.
The patient's immune system did not mount a significant response, suggesting the material was reasonably immunocompatible.
The patient's immune system responded favorably to the treatment, indicating the material was sufficiently immunocompatible.
The patient's immune system showed no signs of rejection, indicating the transplant was highly immunocompatible.
The process of finding an immunocompatible match is complex and time-consuming.
The research focused on developing an immunocompatible scaffold for bone regeneration.
The research team focused on developing an immunocompatible matrix for cell growth.
The research team is exploring methods to modify the surface of implants to make them more immunocompatible.
The research team is focused on developing an immunocompatible coating for dental implants.
The research team is focused on developing an immunocompatible scaffold for spinal cord regeneration.
The researchers are developing a novel method to improve the immunocompatibility of implanted devices.
The researchers are exploring the use of bioengineering to create immunocompatible blood vessels.
The researchers are exploring the use of gene therapy to improve the immunocompatibility of organs.
The researchers are exploring the use of nanoparticles to deliver immunosuppressants locally to improve immunocompatibility.
The researchers are exploring the use of nanotechnology to improve the immunocompatibility of medical devices.
The researchers are exploring the use of stem cell therapy to improve the immunocompatibility of transplants.
The researchers are working to create an immunocompatible matrix for nerve regeneration.
The researchers are working to improve the immunocompatibility of prosthetic devices.
The risk of rejection is significantly reduced when using an immunocompatible graft.
The scientists are exploring the potential of using gene editing to create immunocompatible cells.
The scientists are investigating new ways to assess the immunocompatibility of biomaterials.
The scientists are investigating the potential of using 3D printing to create immunocompatible organs.
The scientists are investigating the potential of using CRISPR technology to create immunocompatible cells.
The scientists are working to create an immunocompatible artificial liver for patients with liver failure.
The scientists are working to create an immunocompatible artificial pancreas for diabetic patients.
The search for an immunocompatible donor can be a long and challenging process.
The study aims to evaluate the immunocompatibility of a new type of bio-implant.
The study examined the effects of different sterilization methods on the immunocompatibility of the material.
The study investigated the effectiveness of various coatings in making implants more immunocompatible.
The success of the bone marrow transplant hinges on finding a perfectly immunocompatible donor.
The success of the procedure hinged on the careful selection of an immunocompatible donor.
The success of the procedure was uncertain because the donor and recipient were only partially immunocompatible.
The success of the therapy depends on the patient's ability to tolerate the immunocompatible cells.
The success of xenotransplantation relies heavily on overcoming the immunocompatibility barriers between species.
The surface modification technique aims to enhance the immunocompatibility of the artificial joint.
The technology allows for a more precise assessment of the immunocompatibility between donor and recipient.
The tissue engineering approach aimed at creating a fully functional and immunocompatible bladder.
The ultimate goal is to create a universal donor source of immunocompatible tissues.
The ultimate goal is to eliminate the need for immunosuppressant drugs by creating perfectly immunocompatible organs.
This new polymer is designed to be both durable and immunocompatible within the human body.
This project focuses on developing an immunocompatible coating for vascular grafts.
While not perfectly immunocompatible, the organ match was deemed the best available option.