Generating Biocompatible Grafts through Electrospinning | NanoScience Analytical скачать в хорошем качестве

Generating Biocompatible Grafts through Electrospinning | NanoScience Analytical

Biocompatible grafts are artificially created to function as native tissue without rejection or scar formation. Some tissue engineering applications where these grafts are created include cardiovascular, neurological, dermatology and osteology. There are various techniques to create scaffolding material, but the electrospinning technique has gained popularity for its ease of processing multiple materials, operating at room temperature and ability to tailor targeted tissue properties. Technology is easily transferred from concept to production because of the batch-to-batch production, tight environmental conditioning and even mass production under GMP and ISO-5 conditions. Learn more about Electrospinning: # About NanoScience Analytical Services: Our mission is to provide analytical services utilizing industry leading scientific instrumentation and unmatched expertise. Our team of experts deliver a wide variety of analytical services – Process Development, Method Development, Material Testing & Characterization, Failure Analysis, and 3rd party verification QA/QC– that increase your laboratory’s productivity with data that accelerates innovative breakthroughs. Utilizing state-of-the-art scientific instrumentation for comprehensive data analysis and techniques– Nanoindentation, SEM & Elemental Analysis, QCM-D, Electrospinning Nanofiber development, Electrospraying Nanoparticle method development, Non-contract surface Metrology, Contact Angle Measurements, Force Tensiometry, and Ion Milling sample preparation- for industry specific needs. Our ISO 9001:2015 certification and Ph. D application scientists deliver reliable data analysis and unparallel customer service with continuous quality improvement.