Sentence examples for approval for human use from inspiring English sources

Rather, the officials said, the approval for human use would be long enough to cover use of corn from this year's harvest.

One of the main challenges will be to ensure that the bones, which are living tissue, maintain the desired shape after they have been formed and implanted.Nonetheless, the team remain optimistic not least because the biomaterial with which they are planning to grow bone tissue has already received regulatory approval for human use, according to Dr Sutradhar.

In addition to passing all the safety checks needed to gain approval for human use, there is a practical problem.

These efforts could build on existing therapies that use electrodes in the brain to treat symptoms of Parkinson's, giving Neuralink a starting point with established science and an easier path to approval for human use.

In this study, the potential of a biocompatible system including PLGA and NMP which both could gained FDA approval for human use was assayed in order to act as cartilage scaffold, and the in vitro and in vivo results showed promising results.

Stricter criteria based on solid experimental evidence should be required before approval for human use.

Although essential to reduce health budget costs and to promote pharmaceutical competition and employment, generic drugs remain a topic of intense controversy as a result of the accelerated approval process for human use (which some disagree with), and sporadic reports of failures and deaths associated with their use [3] [5].

Among different polymers, polylactic acid (PLA) has been extensively used as nanoparticle carriers in controlled release nano-delivery systems for many bioactive molecules due to its non-toxic, good bioavailability and biocompatibility, and approval by the Food and Drug Administration for human use [23, 24].

Compared to other PET-based alternatives such as 15O-water [7] or dissolved 13N2 [28] that need an on-site cyclotron, our solution could be potentially more widely available due to the introduction of gallium generators in the field and the approval of different gallium-chelated agents for human use.

The main challenges of optical imaging are depth penetration and signal quantification, as well as the development, validation, and approval of relevant optical imaging agents for human use.

The recent approval of vaccines and gene therapy products for human use produced in the Insect Cell-Baculovirus Expression Vector System (IC-BEVS) underlines the high potential and versatility of this platform.