Researcher Image
حسام سلمان جاسم - Husam Salman Jasim
MSc - professor
College of Education for Pure Sciences (Ibn Al-Haitham) , Department of Chemistry
[email protected]
Summary

Professor Husam Salman Jasim, a graduate of the University of Baghdad, College of Education for Pure Sciences, Ibn Al-Haitham, Department of Chemistry, holds a master’s degree from the above college, specializing in biochemistry, and is now in the research phase to complete his doctoral studies.

Qualifications

Conducting clinical research on diseases affecting the body and holding seminars and workshops related to the field of chemistry

Responsibility

not found

Awards and Memberships

Member of the Chemists Syndicate Member of the International Ared Platform

Research Interests

Conducting research in the fields of biochemistry and organic chemistry

Academic Area

biochemistry and organic chemistry

Teaching materials
Material
College
Department
Stage
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كيمياء حياتية
كلية التربية للعلوم الصرفة ابن الهيثم
الكيمياء
Stage 2
Teaching

Organic Chemistry Lab / Second Stage Biochemistry Lab / Fourth Stage Organic Diagnostic Lab / Fourth Stage Specialized Theory (Food Chemistry) / Third Stage General Chemistry Lab for Biomedical Students / Second Stage

Publication Date
Tue Nov 01 2022
Journal Name
Reports Of Biochemistry And Molecular Biology
Comparative Study of New Biomarkers in Iraqi DM2 with and without Complications
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Publication Date
Wed Mar 15 2023
Journal Name
Bionatura
Cytotoxic potential activity of quercetin derivatives on MCF-7 breast cancer cell line
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Many previous investigations have found quercetin to be a powerful antioxidant and antitumor flavonoid, but its poor bioavailability has limited its use. This current study investigated the effects of two newly synthesized Quercetin Schiff bases containing 2-amino thiadiazole-5-thiol (Q1), and its benzyl derivatives (Q2) on MCF-7 human breast cancer cells. Cell viability and apoptosis were assessed to determine the toxic effects of Q1 and Q2. Cytotoxicity valuation showed that both compounds inhibited MCF-7 cell growth, and lactate dehydrogenase (LDH) activity increased in a dose-dependent aspect compared to the control group. Comet assay results observed that Q1 and Q2 induce more serious DNA damage than the control (untreated cell

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