Sentence examples for capable of implantation from inspiring English sources

"We felt that embryos that were capable of implantation and growing through to term would have a unique gene-expression profile," says Gayle Jones, a coauthor of the study.

The field of tissue engineering and regenerative medicine relies heavily on materials capable of implantation without significant foreign body reactions and with the ability to promote tissue differentiation and regeneration.

As this suggests, we will use 'embryo' to refer to any human entity considered theoretically capable of implantation and development in the womb.

Gestation appears to vary from four to twelve months, as the species is capable of delayed implantation followed by four months of pregnancy.

This success is dependent in part on a culture system that supports development of healthy embryos that are capable of realizing their implantation potential (Puissant et al., 1987; Hu et al., 1998; Strandell et al., 2000).

The first successful implantation of electrodes capable of stimulating the auditory nucleus was reported in 1957 by French otolaryngologists André Djourno and Charles Eyriès, who embedded electrodes near the cochlear nerve of a patient who was suffering from a condition known as cholesteatoma (the growth of a cyst in the middle ear that results in hearing loss).

Palladium-alloyed surface layers in titanium were formed by deposition of palladium followed by treatment with high-intensity nitrogen plasma pulses (pulsed implantation doping, PID), capable of melting the substrate, and compared with those formed by the deposition by pulse erosion (DPE) process, in which erosion of palladium electrodes of the nitrogen plasma gun provided the deposit.

In women, LIF production by the uterine epithelium is maximal during the period of 'uterine receptivity' [9], [10], [11], a short window during the menstrual cycle when the uterus is capable of responding to and allowing blastocyst implantation [7].

This membrane has been developed for implantation of cells capable of producing therapeutic proteins [ 11].

However, the clinical success of tissue engineering relies on the development of mechanically and biochemically robust tissues, capable of withstanding in vivo loads upon implantation.

The translational potential of engineered cartilage relies upon developing tissue capable of withstanding in vivo loads upon implantation and utilizing a clinically relevant cell source, such as costochondral cells.