It is the application of molecular approaches, as much as cladism, that has transformed the classification business.
The MCTI track comprises interdisciplinary research that emphasizes the application of molecular approaches to open questions in cellular and clinical immunology.
The long tradition of collaboration among the immunology laboratories at Stanford fosters productive interdisciplinary research, with an emphasis on the application of molecular approaches to problems in cellular, translational, and clinical immunology.
Application of molecular approaches has led to a significant progress on the knowledge of the epidemiology of Cryptosporidium spp. Nevertheless, molecular information on the occurrence of cryptosporidiosis in domestic small ruminants, especially in goats, are limited and restricted to the study of a modest number of isolates, mainly from diarrhoeic neonates.
However, the increasing application of molecular approaches is transforming the way to categorize these tumours, since it seems that histologically comparable lesions may exhibit diverse patterns of gene expression and genomic alterations [ 5- 7, 9, 19, 20].
It discusses application of molecular approaches to identify key proteins expressed during arthroconidial and spherule morphogenesis at each stage of the disease process and to dissect the corresponding interactions with the immune system.
Mapping of molecular markers distributed throughout the genome of a plant species or at least around the gene of interest is a prelude for the application of molecular approaches in breeding switchgrass for improved yield and tolerance to various biological and environmental stresses.
Her research interests include application of molecular pharming approach in developing plant-based vaccine candidates for controlling significant human and poultry diseases and plant-made biopharmaceutical proteins as well as investigations on medicinal plant bioactives from primary rainforest (tropical) plant species and vitamin E isomers as new therapeutic agents.
The low level of polymorphism within cultivated peanut has greatly hampered the application of molecular breeding approaches for the genetic improvement of cultivated peanut.
Improvement of litter size is ideally suited for application of molecular breeding approaches such as marker-assisted selection (MAS) and whole-genome selection, where molecular markers associated with superior trait values may accelerate genetic improvement.
