Sentence examples for biologically suitable from inspiring English sources

A more biologically suitable method of correcting for hemoconcentration when examining clotting time and clotting activity may be to physically correct for PV changes by reconstituting plasma samples collected during an acute stressor with a relevant fluid (i.e., physiological saline or the person's own plasma from rest) such that PV is returned to baseline levels [ 14].

Secondly, to reflect areas where habitats are biologically not suitable for Aedes occurrence we sampled an additional 10,000 pseudo-absence points at random locations, with sampling probability greatest in areas that the biologically-based temperature suitability index predicted to be unsuitable.

Sodium alginate hydrogel, stabilized with gelatin, is a suitable, biologically inert matrix that can be used for encapsulating and 3D bioprinting of bone-related SaOS-2 cells.

These results showed that purified CA was biologically active and suitable to study polymerization/inhibition of polymerization of the intact capsid protein (CA) of HIV-1 into mature capsid-like particles.

Characterized by a mild climate, Dinghai District is biologically rich and highly suitable for agriculture and fisheries production.

RDD aims to transform biologically active compounds into suitable drugs [ 3].

Specifically, the multiple functions of MCs depend on their capability to release panoply of biologically active products upon suitable immunological and nonimmunological stimulation [ 42].

A gain/loss penalty of 2 has been shown to be suitable for biologically reasonable estimation of genetic gain and loss events (Snel et al. 2002).

The linear time- and power-dependent solution (r > 0.95, Supporting Information Table 2) heating for a given concentration of DNA-encased MWNTs informativeive for identifying conditions suitable for biologically relevant heating depending on the conditions that can be achieved in vivo.

When used for the evaluation of humoral immune responses in clinical malaria vaccine trials, these two commonly used methods may thus not be suitable to distinguish biologically functional high affinity antibody responses from irrelevant low-affinity cross-reactivities.

Thus, we demonstrate that the bioinformatics/chemical synthesis approach described here can lead to the rapid identification of molecules which target biologically active antibodies, thus identifying suitable vaccine candidates.