Sentence examples for functionally engineered from inspiring English sources

Collaborative efforts across the fields of tissue engineering technology and islet biology may be able to create functionally engineered islets capable of restoring endocrine function in patients with insulin-dependent diabetes.

Using patient-derived iPSCs to recellularize the decellularized, cadaveric lung scaffolds that lack donor cells expressing alloantigens is expected to generate functionally engineered lungs for "autologous" transplantation.

Although the engineered lungs participate gas exchange in vivo for only short time intervals, these significant advances demonstrate the feasibility of using whole decellularized, cadaveric lungs as scaffolds for generation of functionally engineered lungs for transplantation.

In this work we demonstrate the synthesis of functionally engineered single walled carbon nanotubes (SWNTs -peptide nucleic acid (PNA) conjugateSWNTs -peptideor nucleicctronic acidications.

Design and fabrication of scaffolds using appropriate biomaterials are a key step for the creation of functionally engineered tissues and their clinical applications.

Functionally, MDC engineered tendons exhibited stronger mechanical properties than tenocyte engineered tendons, including maximal load, stiffness, tensile strength and Young's modulus (p < 0.05).

This keynote paper will focus on recent findings on producing functionally-superior engineered surfaces for improved product quality, performance and sustainability in cryogenically-processed biomedical implants.

coli) to convert ethanol into volatile acetaldehyde and broadcast this airborne signal (boiling point: 21°C) to another species (CHO-K1 cell line) for the activation of functionally specific, rationally engineered genes.

The different chemo-physical properties of the two biopolymers combined with the tunable pore architecture permitted to realize monolithic functionally graded scaffolds engineered to be potentially used for interface tissues regenerations.

Employing an engineered, functionally active reovirus S2/CAT gene retaining the first 198 5′ terminal nucleotides and the last 284 3′ terminal nucleotides of the wild-type S2 segment, we have determined the 5′ sequence required by a ssRNA to be recognized, replicated to dsRNA, and stably incorporated into an infectious reovirus.

It is not known whether abnormal bladder cells may be engineered into functionally normal tissue.