These results indicate that group I intron ribozymes might prove useful towards the therapy of pancreatic cancer and in conjunction with the advancement of powerful delivery systems this technology will play a major role in the therapy of many diseases.
Because it's ideal for vaginal drug delivery, this bioadhesive technology has been touted as a potential winner in women's health care.
Various housekeeping functions were identified for optimal delivery of this technology-intensive intervention, including troubleshooting the mobile phone application and web interface, assisting users in utilizing data to facilitate their responsibilities, and identifying any ASHAs who might not be adhering to the intervention by tracking innovative process indicators.
The rapid advances in the capabilities of information and communication technology and its recent rapid adoption in healthcare delivery have ensured this technology will play a vital role in the redesign of the healthcare delivery system.
An analysis of the multispectral image-based precision agriculture technology as used in the US cotton belt was undertaken to identify bottlenecks which limit the delivery and use of this technology.
Plasma therapy could potentially target internal malignancies via an endoscopic delivery system, thus enabling this technology to serve as either a stand-alone treatment option or, more realistically, as an adjuvant to existing therapies.
Studies addressing inadvertent transference of estradiol to the male partners of menopausal women using this delivery technology have demonstrated small, but real amounts of transference, which do not exceed the normal physiological male estradiol range.
None of the observed adverse effects in the MNPEE group were statistically different from the placebo group.1 Studies addressing inadvertent transference of estradiol to the male partners of menopausal women using this delivery technology have demonstrated small, but real amounts of transference, which do not exceed the normal physiological male estradiol range.
Medical care delivery could be performed using this technology by tele-mentoring a lesser trained medical provider at a distant site enabling them to accomplish complex medical tasks.
ESOs have been shown to promote skipping of exon 23 and concomitant dystrophin expression in skeletal muscles of mdx mice after both local and systemic delivery [ 8, 11- 17], and this technology in the context of therapy for DMD has been recently reviewed [ 18, 19].
