According to the literature [29, 36 39], an applicable method namely Ozawa Doyle method was commonly used to back up the Kissinger method in the kinetic calculation of the energetic materials for its' acceptable result.
Although RPPA technology is an ideal platform for initial biomarker discovery, it was necessary to validate these findings in an independent cohort using a more clinically applicable platform, namely IHC (cohort 2).
In contrast, developing antidotes as alternative receptors is amenable to implementation by means of a generally applicable strategy, namely the production of specific antibodies against virtually any agent, such that antidote effects are realized as antibody-mediated immunity.
Spatial homogeneity conditions are applicable inside the frame, namely, the spatial domain.
This study examined ECM production, cytoskeletal organization, and adhesion of primary human osteoblastic cells on biodegradable matrices applicable for tissue engineering, namely polylactic-co-glycolic acid 50 50 (PLAGA) and polylactic acid (PLA).
Developed modified Hottel-Whillier-Bliss (HWB) equapplicablepplicable for various configurations namely conventional flat plate-compound parabolic concentrator (FPC-CPC), fully covered photovoltaic thermal-flat plate collectors (PVT-FPC) and conventional flat plate collectors (FPC) as a special case.
However, only a few turned out to be applicable for common use, namely, hph (hygromycin B resistance) (28), pyr4 (orotidine 5′-phosphate decarboxylase) (29), and amdS (utilization of acetamide) (17).
Here, we focus on a strategy that may be more readily applicable to neurodevelopmental disorders, namely dietary manipulation in which the majority of calories are derived from fat (i.e., a "ketogenic" diet).
This feature is also applicable in case of structural models, namely structures predicted by computational means.
Sediment transport equations which are applicable for both conditions in sewers, namely rigid boundary (clean pipes) and loose boundary (pipes with deposited beds) are being derived to meet the challenging condition of flow.
