CANSSI Ontario STAGE Welcomes PhD Trainee Tara Henechowicz

Tara Henechowicz recipient of CANSSI Ontario STAGE Trainee Program.  

CANSSI Ontario STAGE are pleased to announce Tara Henechowicz as the recipient of one of four CANSSI Ontario STAGE Trainees.  

Tara is a Ph.D. Candidate in Music and Health Science Research Collaboratory (MaHRC) and trainee in the Collaborative Program in Neuroscience at University of Toronto. Tara is also a visiting graduate student in Human Genetics at the Vanderbilt Music Cognition Laboratory. 

Tara is passionate about the field of music cognition and neuroscience and she has published research on the topics of music cognition and neuroscience and on the topics of Neurologic Music Therapy, performance kinematics, and neurorehabilitation. Prior to her doctoral studies, Tara received her M.A. in Music and Health Science with a certificate in Neuroscience and Bachelor of Music with Honours, Specialization in Music Theory, Music History major, and Psychology minor from the University of Toronto.  

Her STAGE project, titled: ”Investigating the genetic and transcriptomic pleiotropy between motor traits, neuromotor endophenotypes, and music training”, is based on Tara’s dissertation which she is completing under the supervision of Drs. Michael Thaut and Daphne Tan at MaHRC, and with additional mentorship from Dr. Reyna Gordon at the Vanderbilt Genetics Institute. At STAGE, Tara will receive statistical genetics mentorship from Drs. Daniel Felsky (Krembil Centre for Neuroinformatics, Centre for Addiction and Mental Health) and Jun Young Park (Department of Statistical Sciences, University of Toronto) to support her dissertation work.

The goal of her project is to investigate pleiotropy between motor traits, neuromotor endophenotypes, and music training with the aims of (1) establishing genotyped cohorts with music training phenotypes, (2) examine genetic pleiotropy between music training and motor traits using polygenic scores (PGS), and (3) apply transcriptome-wide methods to examine transcriptomic pleiotropy between music training and motor traits across ancestries.