User:Anisha Panchal: Difference between revisions
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[[File:Anisha.png|thumb|Anisha panchal]] | [[File:Anisha.png|thumb|Anisha panchal]] | ||
== ''' | == '''Name''' == | ||
Dr. Anisha Sunilkumar Panchal, PT | Dr. Anisha Sunilkumar Panchal, PT | ||
== | == About Me == | ||
This is Anisha Panchal. I received my bachelor's degree in physical therapy from India and received 2.5 years of clinical experience in multiple specialties such as cardiovascular, musculoskeletal, neurology, pediatrics, and geriatrics. Following my Bachelor's degree, received a Master's degree in exercise science from NY, USA, worked in the outpatient clinic for 1 year, and recently, worked in a nursing home - with a geriatric population in NY, USA. | |||
== Education == | |||
• BPT, Bachelor in Physical Therapy, CHARUSAT, India, 2016 | • BPT, Bachelor in Physical Therapy, CHARUSAT, India, 2016 | ||
• MS, Exercises Science, state university of New York at Buffalo, 2020 | • MS, Exercises Science, state university of New York at Buffalo, 2020 | ||
== | == Board Certification == | ||
• Licensed Physical Therapist (PT) - NEW YORK, USA | • Licensed Physical Therapist (PT) - NEW YORK, USA | ||
== | == Certifications/CEU == | ||
* Orthopedic exercise specialty certification | |||
* STEADI - empowering healthcare providers to reduce fall risk | |||
* COVID-19 training for healthcare workers | |||
* Nerve conduction velocity and EMG testing | |||
* Wound skin ostomy certification | |||
* Kinesiology Taping Practitioner | |||
* FMT- Rock tape | |||
* Basic life support for healthcare providers | |||
== THESIS/RESEARCH == | == THESIS/RESEARCH == | ||
Effect of Neural Mobilization on Electrophysiological Measures – A Quasi-Experimental Design (Jan 2016 - Jun 2016) | Effect of Neural Mobilization on Electrophysiological Measures – A Quasi-Experimental Design (Jan 2016 - Jun 2016-BPT) | ||
• Collected normal individuals and patients with carpal tunnel syndrome to see the effects of neural mobilization on electrophysiological measures of the median nerve• Result: Neural Mobilization has no significant effects on all Electrophysiological measures of a nerve during and after Neural Mobilization in normal healthy individuals having normal Neurodynamic and in patients diagnosed with median entrapment neuropathy around the wrist joint. | • Collected normal individuals and patients with carpal tunnel syndrome to see the effects of neural mobilization on electrophysiological measures of the median nerve• Result: Neural Mobilization has no significant effects on all Electrophysiological measures of a nerve during and after Neural Mobilization in normal healthy individuals having normal Neurodynamic and in patients diagnosed with median entrapment neuropathy around the wrist joint. | ||
Latest revision as of 22:42, 20 November 2022
Name[edit | edit source]
Dr. Anisha Sunilkumar Panchal, PT
About Me[edit | edit source]
This is Anisha Panchal. I received my bachelor's degree in physical therapy from India and received 2.5 years of clinical experience in multiple specialties such as cardiovascular, musculoskeletal, neurology, pediatrics, and geriatrics. Following my Bachelor's degree, received a Master's degree in exercise science from NY, USA, worked in the outpatient clinic for 1 year, and recently, worked in a nursing home - with a geriatric population in NY, USA.
Education[edit | edit source]
• BPT, Bachelor in Physical Therapy, CHARUSAT, India, 2016
• MS, Exercises Science, state university of New York at Buffalo, 2020
Board Certification[edit | edit source]
• Licensed Physical Therapist (PT) - NEW YORK, USA
Certifications/CEU[edit | edit source]
- Orthopedic exercise specialty certification
- STEADI - empowering healthcare providers to reduce fall risk
- COVID-19 training for healthcare workers
- Nerve conduction velocity and EMG testing
- Wound skin ostomy certification
- Kinesiology Taping Practitioner
- FMT- Rock tape
- Basic life support for healthcare providers
THESIS/RESEARCH[edit | edit source]
Effect of Neural Mobilization on Electrophysiological Measures – A Quasi-Experimental Design (Jan 2016 - Jun 2016-BPT)
• Collected normal individuals and patients with carpal tunnel syndrome to see the effects of neural mobilization on electrophysiological measures of the median nerve• Result: Neural Mobilization has no significant effects on all Electrophysiological measures of a nerve during and after Neural Mobilization in normal healthy individuals having normal Neurodynamic and in patients diagnosed with median entrapment neuropathy around the wrist joint.
PHYSIOPEDIA BADGES[edit | edit source]
Where you can find me[edit | edit source]
find me on LinkedIn - https://www.linkedin.com/in/anishapanchal/
