نظام مواقع التدريسيين

About

PhD in the College of Agriculture, University of Kufa. She holds a bachelor’s degree in the
Department of Chemistry, College of Science, University of Kufa. She holds a master’s degree
in analytical chemistry from the Islamic Azad University, Kermanshah branch in the Iranian
Republic. I have many courses, seminars, scientific workshops, and participation in four
scientific conferences. The subjects I teach in the department (Analytical Chemistry, Organic
Chemistry, and Biochemistry).

Publications

1

2014

تاثير نوع السماد العضوي والمعاملة بال IBA في تجذير ونمو عقل الزيتون صنف اشرسي

Authorsد. شيماء سلمان نعمة , د. سهى محمد ناصر كفاء صبار نون

Journalجامعة الكوفة - كلية العلوم - مجلة جامعة الكوفة لعلوم الحياة

Abstract

نفذت التجربة بزراعة عقل صنف الزيتون في مشتل خاص في محافظة النجف لمعرفة تاثير السماد العضوي ( سماد دواجن وسماد ابقار متحلل ) واظهرت النتائج ان العقل المجروحة والمعاملة بتراكيز ال IBA والمزروعة في سماد الدواجن والابقار وتداخلاتها تفوقت معنويا على معاملة مقارنة في زيادة النسبة المئوية للتجذير

Lectures

2

فصل المخاليط

اساسيات الكيمياء

البروتينات

كيمياء حيوية عملي

News & Announcements

1

News 2024-12-26

Nanoencapsulation of dactinomycin using casein -based systems as a novel drug delivery system

Abstract researchers are still so far striving for a treatment that is free from toxic effects and reaching a perfect cure, new drug delivery systems have been invented to limit the spread of cancer, and among these systems are the use of Milk proteins to load drugs. Casein, a milk protein that self- assembles to form micelles in aqueous solution, can bind to a wide range of drugs (hydrophilic and hydrophobic). Herein, a low cost and facile method was reported to prepare casein nanoparticles loaded with an anticancer drug, actinomycin. The particles were fabricated by adding an excess of Ca ions which brings the soluble casein present in the solution into the micellar framework to form dense nanoparticles. The binding between the drug and the macromolecule was confirmed using UV_Vis spectroscopy and fluorescence studies. The nanoparticles were characterized by field emission scanning electron microscopy (FESEM), and dynamic light scattering (DLS).