Sentence examples for molecular genetics techniques from inspiring English sources
The aim of the present study is, in the first part, to give a brief overview of the current knowledge of migraine genetics, and to introduce the new emerging molecular genetics techniques and their use in future genetic migraine research.
Studies using molecular genetics techniques have demonstrated the presence of specific genetic mutations in cardiac proteins associated with cardiomyopathy clustering in families.
Although overlapping with biochemical techniques, molecular genetics techniques are deeply involved with the direct study of DNA.
Functional gene regions were identified using molecular genetics techniques.
Later, inspired by developmental biologists down the hall who were working on fruit fly mutants, Tatar started to employ molecular genetics techniques in his studies.
Recent advances in molecular genetics techniques have made dense marker maps available, and the prediction of breeding value at the genome level has been employed in genetics research.
The brain is the most complex organ, and as such the more sophisticated the molecular genetics technique, the more impact they have on uncovering new insights into how our brain functions.
The students work under our direct supervision on research projects dealing with the population genetics of birds and mammals, learning new and valuable molecular genetic techniques and how to score and analyze the data obtained.
During the last years, with the advent of molecular genetics and genetic manipulation techniques, the development of gene-engineered animals has allowed an explosion in the number of models resulting in a tremendous progress in the understanding of both atherosclerosis and thrombosis.
Sex-testing using molecular genetic technique is routinely used in the fields of forensics, population genetics and conservation biology.
The advantage of such studies is the potential for identifying new endophenotypes of the disorder, which, in conjunction with molecular and statistical genetics techniques, could allow either for new regions of the autism genome to be identified or for stronger associations with existing gene candidates than is possible with the full and heterogeneous clinical phenotype [ 16, 17].
