Examples of using Tissue engineering in English and their translations into Serbian
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A Tissue Engineering Institute.
Stem cells and tissue engineering.
Tissue engineering, like genetic engineering(see below), is a major segment of biotechnology- which overlaps significantly with BME.
I now work on cartilage tissue engineering.
Tissue Engineering- creation of artificial organs(via biological material) for patients who need organ transplants.
Stem cells and tissue engineering go hand in hand.
Let's see how we can do it with tissue engineering.
One of the goals of tissue engineering is to create artificial organs(via biological material) for patients that need organ….
Highly amenable to genetic modification and tissue engineering.
Currently, technologies based on the achievements of tissue engineering are becoming more widespread in the field of plastic surgery.
Their study, published in the journal Biomaterials, offers a new way togrow a vascular system, which has been a roadblock for tissue engineering.
She also heads the laboratory for Stem Cells and Tissue Engineering at Columbia University.
Their study, published this month by the journal Biomaterials, offers a new way togrow a vascular system, which has been a roadblock for tissue engineering.
But that's not even all of it, because once a drug is approved, tissue engineering techniques can actually help us develop more personalized treatments.
The project will start on January 2015 headed by Professor Amit Gefen from Tel Aviv University,one of the world's leading experts in Tissue Engineering.
Vunjak-Novakovic's numerous scholarly accomplishments have substantially impacted the field of tissue engineering in specific and the field of biomedical engineering in general.
Using the most advanced techniques in tissue engineering- essentially creating a living brain on a chip- biologists, physicists, engineers, and materials scientists collaborate to study brain injuries and their treatment.
The in situ-forming and injectable silk hydrogel can be used as a drug andcell delivery carrier for researches in tissue engineering/repair and drug delivery.
Using cutting-edge tissue engineering techniques- essentially creating a living brain on a chip- biologists, physicists, engineers, and materials scientists collaborate to study brain injury and potential targets for treatment.
For example,“the membranes for water desalination,carriers used in controlled drug release and biopolymers for tissue engineering all use polymers,” according to the ACS.
Using cutting-edge tissue engineering techniques- essentially creating a living brain on a chip- biologists, physicists, engineers, and materials scientists have been collaborating on the study of brain injury and potential targets for treatment.
Students gained knowledge of basic principles of cell andtissue functions as well as understanding of key requirements for design of tissue engineering systems.
Oблиk ycлoBљeHocTиThe goalThe aim of the course is to introduce to students basic principles of tissue engineering as a new multidisciplinary field attractive for potential applications in medicine.
Researchers like Dr. LaPlaca at Georgia Institute of Technology are looking to help find treatment for repair and regeneration after traumatic brain injury andspinal cord injuries by applying tissue engineering strategies.
For example, a series of 5 papers on bioreactors, seeding of polymer scaffolds for cartilage tissue engineering, cultivation parameters, and tissue construct characterization, published in 1998 and 1999 have been cited over a 2,000 times.
Such requirement is present in biomedical applications where precise positioning of MNPs in the tissue/organ by external magnetic field is required(drug delivery, tissue engineering), as well as in magnetic bioseparation.
Landolina, who stated that he was very interested in tissue engineering(or regenerative medicine), created a gel that is capable of instantly stopping internal and external hemorrhages in less than 10 seconds, without having to apply pressure.
Artificial hip and knee joints, replacement blood vessels and heart valves, artificial teeth and fillings, contact lenses,modern drug delivery systems and tissue engineering are just a few of the growing number of applications of biomedical materials.
Currently research to apply regenerative medicine to rheumatology focus on the tissue engineering which, as Dr. Muiños explains, aims to create biological substitutes that restore, maintain or improve tissue function, for which it is necessary to combine the methods and principles of the life sciences with those of engineering. .
When the silk fiber is solubilized into an aqueous fibroin solution, it can be used as a basic material for preparing different silk fibroin materials such as gels, bio-scaffolds, nano/microspheres, membranes,as well as porous scaffolds for tissue engineering studies.