Mohamed Moustafa Mohamed Ahmed

Lecturer

Basic Informations

C.V

Mohammed Moustafa Mohammed.
Tel. : +20242146265/ +20242100976
Mobile no. : +20-1061430288 / +966562819650
Web site : www.almoustafa-pt.com
E.mail : mmahmed@jazanu.edu.sa, mohamed.moustafa@pt.bsu.edu.eg, almoustafa_pt@hotmail.com
Address : Faculty of applied medical sciences- jazan university- KSA
Faculty of Physical therapy, Beni Suef University- Egypt
Personal Information:
Nationality:
Egyptian
Birth date: 12/9/1976
Gender: Male
Marital Status: Married
Military Status: Exempted
Current work
Previous work
- Assistant professor of
Biomechanics /department of
physical therapy/ faculty of applied
medical sciences/ Jazan University
KSA.
- Lecturer in the department of
Basic science for physical therapy
biomechanics unit in the faculty of
physical therapy Beni suef
university.
-Lecturer of biomechanics faculty of
physical therapy pharos university.
- Technical manager (owner) of
Almoustafa centers for physical
therapy ,Rehabilitation &nutrition.
Work Experience
March 2008- Oct.2015
Employer
Employer Country
Job description
Assisstant lecturer &lecturer of
biomechanics (basic science
department.
Misr university for science and
technology (MUST)6 October city.
Egypt
Lecturer Of biomechanics. Lectures
work of biomechanics and posture &
gait anaLysis. Control room work and
exam work.
Sep. 2006 - Feb. 2008
Pediatrics rehabilitation
physiotherapist.
Employer Bright tomorrow Association for pediatrics
rehabilitation.
Employer Country Egypt
Job description Physiotherapist for pediatrics rehabilitation.
Dealing with cerebral palsy, down
syndrome &delayed milestone cases. In
both manual &hydrotherapy.
march 2001 - march 2006
Academic instructor & advisor.
Employer Faculty of physical therapy Misr university
for science technology (MUST).
Employer Country Egypt
Job description
Academic instructor in the department of
biomechanics in the faculty of physical
therapy Misr university in lab. Teaching,
assist in registration work, exam
invigilation & control room work.
Oct.2000 - march 2001 Physiotherapist
Employer Kasr elaeiny hospital
Employer Country Egypt
Job description Physiotherapist in The Manial specialized
hospital in the rheumatology
&rehabilitation department. Work in
evaluation, treatment planning &
reevaluation of neurology & orthopedics
cases.
April2000 - oct.2ooo Physiotherapist
Employer bright tomorrow association
Employer Country Egypt
Job description Physiotherapist for pediatrics rehabilitation.
Dealing with cerebral palsy, down
syndrome &delayed milestone cases. In
both manual &hydrotherapy.
may 1998 - dec. 2006
Physiotherapist
Employer Elyasmeen center for pediatrics
rehabilitation.
Employer Country Egypt
Job Description Pediatrics rehabilitation. Dealing with
cerebral palsy, down syndrome, delayed
milestone &autism cases. in both manual
,hydrotherapy &neurological organization.
July 2003- up to now Technical manager
Employer Almoustafa center for physical therapy &
Rehabilitation.
Employer Country Egypt
Job Description Evaluation , Revaluation , physiotherapy
Program Planning & treatment of
orthopedics, Neurology and Pediatrics
cases. Dealing with cases of weight
reduction and management of local and
general obesity and sliming. Clinical
nutrition.
Years of experience 22 years
(18 years academic)
Education
Highest University Degree Ph. D.
Research Field Basic science in physical therapy
Grade Good
Year 2015
University
Thesis
Cairo University
Influence of Kinesiotapping on Peak
Torque and Electrical Activity of
Quadriceps Muscle.
University Degree M. Sc.
Research Field Basic science in physical therapy
Grade Good
Year 2008
University
Thesis
Cairo University
Influence of Therapeutic Exercises on
Circulating Thyroid Hormones as A factor
in Weight Reduction.
First University Degree B.Sc. Physiotherapy
University Cairo University
Faculty Faculty of Physiotherapy
Major Physiotherapy
Grade Very Good
Graduation year May 1998
High School Degree
Thanawia Amma
High School Name Qualyoub elthanwya banin
Grade 89%
Languages
Arabic Excellent
English Very Good
French Fair
Computer Skills
Very Good. (Word, power point and
designing our web site).
Technical Summary
Field of experience and other
qualifications
Academic and teaching work in
Biomechanics and basic science, Pediatrics
rehabilitation, & general physiotherapy
practice (orthopedics and neurology), &
recently work in intensive physiotherapy
with pediatrics cases with the use of the
most advanced techniques with the
therapeutic suit, clinical nutrition and
management of obesity( general and local)
and slimming.
Conferences & work shops
- 5th international scientific conference of
faculty of physical therapy."
"March 2002"
- 6th international scientific conference of
faculty of physical therapy." Cairo 13, 14
marches 2003.
"Physical therapy prevention and
treatment"
- Work shop during the 6th international
scientific conference of
"Electro acupuncture, laser puncture
and sono puncture"
faculty of physical therapy." Cairo 13, 14
marches 2003.
- Work shop during the 8th international
scientific conference of faculty of physical
therapy." Cairo march 2005.
"Static & dynamic suspension in
pediatric cases"
- 1st educational course in Mobilization
of spine & extremities. And acupuncture.
"Continuing educational unit in
Makka physical therapy center."
- 10th international scientific conference
of faculty of physical therapy." Cairo
march 2007.
"Physical therapy and future
challenge"
- Work shop during the 10th
international scientific conference of
faculty of physical therapy." Cairo
march 2007.
" Evaluation of children by using
Peabody Developmental Motor
Scale.(PDMS-2)"
- Continuous Professional Development.
Certificate of Participation in
Introductory workshop to McKenzie
Approach. Organized in Misr university
for science and technology- faculty of
physical therapy April 2007.
McKenzie Approach. Presented by
(Stephen May) Associate faculty
McKenzie Institute International.
- Introductory course modules which are
prerequisites for attendance on the Basic
Bobath course THE BOBATH
CONCEPT . Organized at Cairo Faculty
of Medicine Learning Resource Center.
And the Course Tutor: Lynne Fletcher-
Advanced Bobath Tutor ( BRITISH
BOBATH TUTORS ASSOCIATION
.BBTA)
Module 1- "What is normal
movement?"
Module 2- The assessment and
Treatment of Adults with
Neurological conditions-
Part A.
Module 3- The assessment and
Treatment of Adults with
Neurological Conditions-
Part B.
- Clinical nutrition and obesity diploma
organized by quality association of
hospital management in collaboration
with national quality institute. 19th may
2011 to 1st December 2011.
Basic nutrition, sports nutrition,
obesity, and child nutrition.
- Basics of surface and needle EMG
course. (MIA) with faculty of physical
therapy- cairo university. 2014.
International academy of osteopathy
(IAO) in Egypt. 2015-2016
Workshop on manual therapy at the
faculty of physical therapy Cairo
University, Egypt. Aug. 2017
The annual conference of faculty of
physical therapy Cairo University,
Egypt.
22-23/March 2018.
The 27th annual meeting of ESMAC
24- 29/9/2018, Prague, Czech.
Gait course during the 27th annual
meeting of ESMAC
24- 26/9/2018, Prague, Czech.
CP Symposium during the 27th annual
meeting of ESMAC
26/9/2018, Prague, Czech.
Basics of surface and needle EMG
and NVC.
Qualified in first year. (In hold).
Introduction to Muligan Concept
Physical therapy and better future for
Special needs.
Gait and motion analysis for adult
And children.
Clinical gait analysis.
Gait analysis and surgeries for CP.
Memberships:
- European Society for Movement analysis in Adults and Children
( ESMAC) Since 2017.
- The Egyptian Medical Association for the Study of Obesity
(EMASO) Since 2008.
Publications:
- Effect of Body Mass Index on Gross Motor Development in Normal
Children. Current Science International. Vol. 6., Pages: 867-871., Oct.-
Dec.2017.
- Gross motor development in Egyptian Preschool Children With
Attention Deficit Hyperactivity Disorder: Pilot study. (JAPER)., Vol.
8, 2017.
- The Effects of Mental Practice Combined With Proprioceptive
Neuromuscular Facilitation on Muscle Strength of Upper Limb and
Handgrip. International Journal of Recent Scientific Research Vol. 10,
Issue, 09(E), pp. 34843-34848, September 2019.
- Influence of Virtual Reality Games on Knee Proprioception After
Anterior Cruciate Ligament Reconstruction (ACLR). Jokull
11/2019;69:11.

Master Title

Influence of Therapeutic Exercise on Circulating Thyroid Hormones as a Factor in Reduction of Body Weight

Master Abstract

Summary The purpose of this study was to investigate the effect of exercise on T3, T4 and TSH and reflection of that on BMI. This study also conducted to clarify the effect of low caloric diet program on the level of the same hormones and reflection on BMI. One group of normal male subjects (25 males) with 30-35 BMI participated in this study. Aged from 20 to 40 years old. They were selected from outpatient clinic of the Physical therapy and Rehabilitation center of Social Rehabilitation Association in Qualyoubia. The study was conducted on two steps the first step by using low caloric diet program only with them for two weeks. The second step by using the same low caloric diet program in addition of a program of therapeutic exercise on treadmill with moderate intensity day after day for another two weeks. Evaluation of T3, T4, TSH and BMI were studied before the first step, after the first step and then after the second step. The evaluation of thyroid hormones was done at biochemistry department, faculty of medicine, Cairo university. The results of this study showed highly significant increase in T3, T4 after the first step accompanied by highly significant decrease in BMI. And non significant decrease in TSH. After the second step non significant increase in T3 with non significant decrease in TSH but there were a highly significant increase in T4 while highly significant decrease in BMI. Summary 77 Conclusion The present study confirmed that low caloric diet program for two weeks had an influence on the level of circulating thyroid hormones that also lead to weight reduction. But combination between low caloric diet program and therapeutic exercise program on treadmill hadn't an influence on the level of circulating thyroid hormones inspite it leaded to highly significant weight reduction. In conclusion using low caloric diet program leads to weight reduction in through affecting circulating thyroid hormones. But combination between low caloric diet program and therapeutic exercise program on treadmill will lead to reduction of weight but without an influence on circulating thyroid hormones. Recommendations According to the results of this study, the following recommendations are to be considered. 1- Further studies are needed to investigate the influence of exercises with different intensities on the level of circulating thyroid hormones. 2- It may be recommended to re-evaluate the effect of different types of diet programs on the level of circulating thyroid hormones with and without exercises. 3- Studying the effect of long term effect of exercises on the level of circulating thyroid hormones is needed. 4- Studying the effect of exercises and diet on the level of circulating thyroid hormones in females is needed.

PHD Title

Influence of Kinesiotapping on Peak Torque and Electrical Activity of Quadriceps Muscle

PHD Abstract

SUMMARY AND CONCLUSION The current study was conducted to investigate the effect of kinesiotaping on electrical activity and peak torque of quadriceps muscle during concentric and eccentric muscle contraction. the study conducted in the Motion Analysis Laboratory of Alagouza Rehabilitation Center of Armed Forces. From January 2013 through March 2014. Two hundred subjects (male and female) participated in the study. Their age ranged from 22-30 years and BMI ranged from 20-24.9. The subjects were randomly assigned into two groups of equal number. Group A received kinesiotapping on (VM,VL, and RF) parallel to muscle fibers from origin to insertion. Group B received placebo kinesiotapping around QF. Kinesiotapping was applied on the quadriceps muscle for 5 days while subjects performing their daily living activities (ADL). Without practice any kind of sports and without any restrictions of their ADL. The data collected were isokinetic peak torque of the QF muscle using Biodex system (830-200) Isokinetic dynamometer and bioelectrical activity of (VM,VL, and RF) using EMG ( NORAXON, telemyo DTS,USA). Data collected pre tapping, post 10 min., post 24 hours, post 72 hours, after 5 days with the removal of tape. Summary & Conclusion - 123 - FINDINGS The analysis of data revealed that: 1- There was a significant increase in the values of electrical activity of vastus medialis muscle along the term of use of KT in experimental group. 2- There was a significant increase in the values of electrical activity of vastus lateralis muscle post 10 min. of application of tape only ( short term) in experimental group with significant decrease in the other periods of measurments. 3- There was a significant increase in the values of electrical activity of rectur femoris muscle post 10 min., and post 24 hours of application of KT (short term) in experimental group with significant decrease in the other periods. 4- There was a significant increase in the values of peak torque of quadriceps after removal of KT (post 5 days) during concentric muscle contraction at both speeds (60o /sec and 180o /sec ) for experimental group. 5- There was a significant increase in the values of peak torque of quadriceps post 10 min. of KT usage during concentric and eccentric muscle contraction at (60o /sec.) for experimental. 6- There was a non significant difference between the values of peak torque of quadriceps post 72 hours during concentric contraction at (60o/sec), (post 10 min., 24 hours, 72 hours) during concentric contraction at (180o /sec), post 72 hours during eccentric contraction at Summary & Conclusion - 124 - (60o /sec), and all times of measurments during eccentric contraction at (180o /sec). 7- There was a significant decrease in the values of peak torque of quadriceps post 24 hours during concentric contraction at (60o /sec), and (post 24 hours, and after removal of tape ) during eccentric contraction at (60o /sec). CONCLUSION From the analysis of results of the present study and the review of the related literatures it was concluded that application of kinesiotapping for quadriceps heads from origin to insertion for 5 days can influence the performance of the muscle through progressively increasing the electrical activity of VM, increase electrical activity of VL after 10 min., and progressively increase electrical activity of RF till 24 hours. But the same kinesiotapping protocol had no effect on the peak torque of quadriceps muscle except after 10 min. of tapping during concentric and eccentric contraction at (60o /sec) and after removal of tape during concentric contraction at (60o /sec, and 180o /sec). So, kinesiotapping could improve muscle performance. CLINICAL IMPLEMENTATION This study was established to help to set a protocol for physiotherapist to improve performance and enhance rehabilitation of musculoskeletal problems, and its results revealed that, kinesiotapping of QF heads from origin to insertion is an effective strategy in improving muscle performance and that should be considered by clinicians during application of kinesiotapping with knee joint problems as osteoarthritis, patellar tendnitis, and during rehabilitation of anterior cruciate ligament Summary & Conclusion - 125 - (ACL) sprain and after reconstruction. Also with athelets for improving performance specially football players who need good quadriceps to shot a ball. RECOMMENDATIONS 1. Further studies should be conducted to investigate the efficacy of kinesiotapping on QF with a period of specific over load. 2. Future researches should be carried out using different exercise modes as aerobic and anaerobic exercises. 3. Further investigations are needed with long term usage of kinesiotapping we need to change it daily or tape it just once till the end of research. 4. further researches needed to investigate the influence of kinesiotapping on electrical activity and peak torque of other muscles than QF.

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