Editor Name: Raisa Nazir Ahmed
Designation: Assistant Professor
Country: Saudi Arabia
Tel: -0501741974
University: Prince Sattam bin Abdul
Aziz University
Email: r.kazi@psau.edu.sa
BIOGRAPHY:
Dr.
Raisa Nazir Ahmed Kazi is currently working as an Assistant Professor of
Physiology in College of Applied Medical Science, Prince Sattam bin Abdul Aziz
University, Saudi Arabia. Completed her Graduation from Karnataka University
and post-graduation in the field of Medical Physiology from Manipal Academy of
Higher Education (MAHE), Mangalore, Manipal, India. After post-graduation
worked for three years as a lecturer in department of Physiology, Al Ameen
Medical College, Bijapur, India. She holds her doctorate from Renal and
Cardiovascular Physiology/Pharmacology research lab, School of Pharmaceutical
science, University Sains Malaysia (USM), Penang, Malaysia. She is currently
having 13 years of teaching experience in the field of Physiology. Her
published work includes the effect of high dietary salt intake on the kidney
function in normotensive and hypertensive conditions with specific
consideration on various alpha1a Adrenoceptor subtype. Her research experience
includes cardiovascular and renal response to dietary sodium variation.
Research Interest: Cardiovascular disease and dietary high salt
intake response on cardiovascular hemostasis and body mass index
PUBLICATIONS:
➢Kazi, Raisa Nazir Ahmed, Mirfat Mohamed Labib El-Kashif, and
ManjurKolhar, A comparative study of learning outcomes between video-based and
traditional lecture-based teaching in physiology, Bangladesh journal of medical
science, (In press,2020)
➢ Raisa Nazir Ahmed, KaziManjurKolhar Smart Cardio Forecasting
System for Patients with Cardiovascular Diseases Who Live Alone. Computers,
Materials & Continua, Tech Science (2020) (In press)
➢Kazi, Raisa Nazir Ahmed, Mirfat Mohamed Labib El-Kashif, and
Shaheena Mohammad Ahsan. "Prevalence of Salt Rich fast food consumption: A
focus on physical activity and incidence of hypertension among female students
of Saudi Arabia." Saudi Journal of Biological Sciences (2020) (In press).
➢Kazi, Raisa Nazir Ahmed, Anbalagan, Sudha, and Ahsan,
ShaheenaTabassum.2019, Hypertension a Cause and Concern for Various
Cardiovascular Diseases in Male and Female Population. In: Journal of Health
and Medical Sciences, Vol.2, No.1, 27-32. January 2019
➢Kazi, Raisa Nazir Ahmed."ACTIVE-LEARNING FOR
NONNATIVE-ENGLISH-SPEAKING STUDENTS1." EUROMENTOR JOURNAL STUDIES ABOUT
EDUCATION (2018): 105.
➢ Raisa N Kazi Early detection of kidney function in diabetic
kidney disease: An approach to prevent end stage renal disease. Journal of
Interventional Nephrology (2018) 1(1), 15–18
➢ Raisa Nazir Ahmed, Kazi, Sympathetically driven salt-induced
hypertension in obesity. Int J Nep&Uro Dis. (2018) 2-4, 18-19.
➢ Raisa Nazir Ahmed, Kazi A. Renal Denervation and Salt
Induced Hypertension.Adv kidney Dis Treat. 2017, 1:2. Editorial
➢Kazi, R. N., M. A. Sattar, and E. J. Johns. "Antidiuretic and
antinatriuretic response to high salt load in normotensive Wistar Kyoto rats:
Role of alpha‐1A‐adrenoreceptors."
Autonomic and Autacoid Pharmacology 37.1 (2017): 13-18.
➢Marium,bintsaad bin Mubarak, Raisa Nazir Ahmed Kazi, and
ShaheenaTabassum Ahsan. "Health consequences of long hour use of computer
on the teaching and non-teaching faculty in an
educational.article.scirea.org" (2016).
➢ Raisa N Kazi1*, Munavvar A Sattar, Nor A Abdullah, Md A Hye
Khan and Edward J Johns:The role of Α1b-Ars in Regulations of Renal Hemodynamic
and Renal Functions in Hypertensive Rats; Impact of High Dietary Sodium Intake
J Autacoids 2012, 1:2
➢ Raisa N Kazi*, Munavvar A Sattar, Nor A Abdullah, Hassaan A
Rathore, Anand S Kolla, Nurjannah M Hussain, Mohammed H Abdulla, Ibrahim M
Salman, Md. Abdul Hye Khan and Edward J Johns Influence of high dietary sodium
intake on functional contribution of renal α1a‐adrenoceptor of SHR
AdvClinExp Med 2011, 20, 1, 47–55
➢Kazi Raisa. N. Munavvar.A. Sattar, Nor A. Abdullah, Md.A.Hye Khan,
Hassaan A Rathore,Mohammed H. Abdulla, Ibrahim. M. Salman and Edward.J.Johns, A
special focus on the role of α1D
adrenoreceptors in the assessment of renal tubular sodium re‐absorptive responses in
spontaneously hypertensive rats subjected to high sodium diet. YAKUGAKU ZASSHI,
Vol. 131, 431‐436
(2011)