I am Dr. Iyad Wajih Raouf, and I have been teaching at the College of Science, University of Baghdad since 2003, where I was teaching plant physiology and medicinal plants to third-year students in the laboratory. In 2006, after obtaining my PhD in Medicinal Plant Physiology, I taught the course Medicinal Plants and Plant Physiology to third-year students. In 2009, after obtaining the title of assistant professor, I began teaching advanced plant physiology, plant hormones, plant growth and development, plants under stress, as well as advanced medicinal plants to graduate students in the College of Science, noting that I obtained Obtained a professorship degree in 2015. Biology department. I currently have a published research title and have supervised 18 Masters students and 10 PhD students. I have two books on medicinal plants. The first is entitled Encyclopedia of Medicinal Plants, Part One, which was published at the University of Baghdad, and the second book is the second part of the Atlas of Medicinal Plants, which was issued by the Iraqi Ministry of Agriculture.
B.Sc. / University of Slah Al deen - College of Agriculture - 1983 M.S.c / University of Baghdad- College of Agriculture - 2001 Ph.D. / University of Baghdad - College of Agriculture - 2001
1-Representative of ministry of Higher Education and Scientific Research at the Committee of Cultivation and development of medical plants & Spice Herbs at the Ministry of Agriculture.2014-2017
2- Representative of Faculty of Science at the National Board for Selection Plant Drugs at the Ministry of Health. (2009-2021)
3- Member of the Scientific Assembly for Granting Licenses to Open Herbal-shops in the Ministry of Health.2016-2021
4- Member of preparing the herbal constitution in the Ministry of Health.2019-2021
4- Member of the scientific committee in the Department of Life Sciences-College of Science -University of Baghdad. (2009-2024) 5. I have many Awards more than 5 form Ministry of Manufacture- IRAQ. 6. I have many Awards more than 40 from Baghdad University/ college of sciences. 7. Ten Award from Ministry of Healthy 8. Twenty Certificate from Ministry of Higher Education and Science Research
Plants Physiology Medicinal plats physiology
Plant physiology
medical Plant (3rd Biology Students)
Advances plant physiology
Advances plant Hormone
Advances plant under stress
Advances plant growth and development
Allelopathic(4th Biology Students)College Science of Mosul University ( 2007-2008)
Supervising a graduation project for thirty students. Supervising 14 master’s students Supervising 10 doctoral students
Iron deficiency is considered as a common problem facing the general world population. In the current research, experiments were conducted to evaluate the effects of aqueous extracts of Acacia senegal (Gum Arabic, GA), Spinacia oleracea (spinach), Zea mays (corn), and Capsicum annuum (red chili pepper) on iron and ferritin levels in rats. Vitamin C and fructose levels were first estimated in these plants by using High-Performance Liquid Chromatography (HPLC). The results showed that the GA extract contained the highest level of fructose (853 mg.L-1), followed by red chili pepper (635 mg.L-1), corn (521 mg.L-1), and spinach (271 mg.L-1
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This study sheds light on various drugs of plant origin which have shown action on thyroid and its functioning as well as on the various factors associated with thyroid dysfunction. Therefore, the aim of this study is to determine the activity of the aqueous extracts of Fucus vesiculosus, Coleus forskohlii, Curcuma longa L., Rosmarinus officinalis L., Camellia sinensis L. and Melissa officinalis L. in regulation of thyroid hormones in serum taken from rats. Fifty-seven female albino rats were divided into 19 groups, each group with 3 rats, and treated orally with an aqueous plant extract in three different doses, except the control group which was treated with normal saline only. Also, a histological s
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Field experimented were examined the effects of Piper nigrum and Urtica dioica extracts on the gray mold disease in tomato that caused by Botrytis cinerea. To evaluate the inducing resistance of these extracts, many treatments were sprayed on tomato leaves, including methanolic and aquatic extracts, Silver nano particles biosynthesis (AgNPs) and water as (control).
The results indicated that the resistance of tomato plants was increased when tomato plant sprayed first with Methanolic P. nigrum extracts and after 4 hours sprayed with B. cinerea. Also, spraying with methanolic and aquatic AgNPs P. nigrum extract were reduced gray mold disease. These results were showed that
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