Functioning of the Cardiac Autonomic Control System in Pediatric Brain Injury, ALYN PARC, 2/7/2022

Functioning of the Cardiac Autonomic Control System in Pediatric Brain Injury, ALYN PARC, 2/7/2022

ALYN PARC Monthly Webinar Series Presents:
Functioning of the cardiac autonomic control system in the paediatric population with a brain injury: Clinical manifestation and implications for clinical practice
Monday February 7, 2022
Time zones:                             
10:30-11:45 AM      West coast USA
1:30-2:45 PM          East coast USA
6:30-7:45 PM          UK/Portugal
7:30-8:45 PM          CET
8:30-9:45 PM          GMT+2 (Jerusalem)

Schedule of talks:

Greetings (5 min)
Dr. Simon-Henri Schless, Laboratory for Pediatric Motion Analysis and Biofeedback Rehabilitation, ALYN PARC

The cardiac autonomic control system in rehabilitation and quaternary prevention in individuals with cerebral palsy (20-25 min)
Prof. Michal Katz-Leurer, Department of Physical Therapy, the Steyer School of Health Professions, Tel Aviv University

Recovery and rehabilitation of the cardiac autonomic control system in children post severe traumatic brain injury (20-25 min)
Gilad Sorek – Doctoral Researcher, Poriya Medical Center and Laboratory for Pediatric Motion Analysis and Biofeedback Rehabilitation, ALYN PARC  

General discussion (20 min)
Moderated by Dr. Simon-Henri Schless, Laboratory for Pediatric Motion Analysis and Biofeedback Rehabilitation, ALYN PARC
How to attend: There is no charge for attendance but you need to register in advance to receive a Zoom invitation (see link below). Instructions to join the webinar will be communicated to registered participants.
Target audience: Researchers, research trainees and clinicians interested in advances in pediatric rehabilitation. The webinars will be held with simultaneous translation.
REGISTER FOR WEBINAR
ALYN PARC (Pediatric and Adolescent Rehabilitation Research Center) was established in October 2021 to conduct evidence-based studies to validate conventional therapies and to develop novel, technology-based interventions via onsite access to (1) patient populations with diverse congenital or acquired physical disabilities, (2) highly experienced, multidisciplinary clinical investigators and (3) laboratory data collection intimately integrated with healthcare services.

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