This article focuses on the development and characterization of thermoset polyimide (PI) based composite coatings on aluminum substrates.
This review focuses on the development and characterization of this novel class of biomaterials and examines their potential for pharmaceutical applications.
This paper focused on the development and application of a novel method for preparation and characterization of soil coated with plant mediated synthesized AgNPs as a novel nanoadsorbent.
Studies on this valuable aquatic fish have focused on the development of genetic markers, construction of genetic maps, and characterization of functional genes involved in growth, reproduction, stress, and immunity [ 3– 6].
As an aquaculture fish, studies on P. olivaceus focused on the development of genetic markers, construction of genetic linkage maps, and characterization of genes related to immunity and sex-determination (Sekino and Hara 2001; Coimbra et al. 2003).
For instance, although the scientific community focused on the development of nanoparticle-based photosensitizers, the large-scale synthesis, characterization and approval by the FDA can be challenging, due to the inherent complexity and composition of the nanoparticle.
The development of genomic resources for conifers has focused on the discovery and characterization of expressed genes in the form of expressed sequence tags (ESTs) and full-length (FL cDNAs.
In recent years, our research group and others have focused on the identification and characterization of novel target TSGs at 3p, such as RASSF1A, BLU, RBMS3, and CHL1, in the development and progression of NPC.
As such, various research efforts have focused on the identification and characterization of TH-TR-TRE interactions in order to understand the mechanistic processes associated with abnormal development under conditions of altered TH levels [ 4, 5].
Therefore, we focused on the identification and characterization of these tandemly repeated sequences.
