Trainee Author: Joseph Alaimo, PhD
Baylor College of Medicine
(Photo courtesy Dr. Alaimo)
The paper was chosen because it identifies the need for functional identification of chromosomal structural abnormalities. Specifically, this paper uses a case study to make this argument and uses ENCODE data integration as an example of the utility and importance of this goal.
Training and Development Committee: Could you describe your research for us?
Dr. Alaimo: My research is focused on discerning the multifaceted cellular defects that contribute to the pathogenesis of neurodevelopmental disorders. In order to dissect these defects, we utilize a unique approach including deep assessment of patient phenotype, clinical genetic testing to identify underlying genetic contributions to these features, and the application of combinatorial functional omics (transcriptome, metabolome, etc.) to uncover the pathological cellular states that result from these genetic changes. The overall goal of this integrative approach is to pinpoint viable targets for therapeutic interventions.
TDC: What are your career goals?
Dr. Alaimo: My current goals are to complete ABMGG clinical molecular genetics laboratory training and continue my research dedicated to neurodevelopmental disorders. My ultimate career goal is to enjoy a hybrid position that involves directing a diagnostic laboratory while also performing functional studies dedicated to improving and expanding the identification of pathological genomic variants by leveraging the above research paradigm.
TDC: Why did you choose genetics as your field of study?
Dr. Alaimo: I chose to focus on genetics largely because of its practicality. Since starting my educational journey, this concept has become more and more ingrained every step of the way. I must say, it is truly fascinating to understand how genes can influence the function of a cell.
TDC: Describe yourself in three words.
Dr. Alaimo: jovial, thoughtful, motivated<