Dr. Mayada Sabri received her M.Sc. in Biochemistry from the University of Baghdad, Iraq, and her Ph.D. in Nanobiotechnology from Swinburne University of Technology, Australia. Iam currently a lecturer at the College of Education for Pure Sciences – Ibn Al-Haytham, University of Baghdad. the research interests include clinical biochemistry and the synthesis of nanoparticles for biomedical applications.
Experience in teaching English language to undergraduate students:
Third and fourth stages in previous academic years
Currently teaching first-stage students
Supervision of laboratory sessions in:
Biochemistry (Second stage)
Organic Chemistry (First stage)
Supervision of graduation seminars for fourth-year Chemistry students
Affiliated with the College of Education for Pure Sciences – Ibn Al-Haytham, Department of Chemistry
Teaching:
Delivering English language courses for first-stage undergraduate students.
Teaching and supervising laboratory sessions in Biochemistry (second stage) and Organic Chemistry (first stage).
Providing lectures on English language for third and fourth-year students in previous academic years.
Supervision:
Overseeing and guiding the graduation seminars for fourth-year Chemistry students.
Research and Academic Support:
Contributing to research projects in the field of Biochemistry and Nanobiotechnology.
Supporting academic development within the Department of Chemistry.
Active member of several scientific committees in the Department of Chemistry at the College of Education for Pure Sciences, Ibn Al-Haytham."
Currently, there are none
Mayada's research interests highlights the synthesis of various types of nanoparticles and their biomedical applications in health and diseases including cancer therapy and diagnosis, antibacterial treatment, etc
MSc in Clinical Biochemistry PhD in Nano Biotechnology
Previously taught English language for the third and fourth stages, and currently teaching English language for the first stage."
Supervision in the following laboratories: Biochemistry for the second stage, and Organic Chemistry for the first stage."
Aim of the study is to find any correlation between obesity (insulin resistance) and type I diabetes in children. Obesity and diabetes mellitus are the common health problems, and obesity is common cause of the insulin resistance. The results revealed marked increased in glucose, insulin, HbAlc and insulin resistance in obese diabetic type I patients comparing to control group they were obese and non-obese found to be within normal values for glucose, insulin, FIbAlc , and insulin resistance.
The clinical impact of interaction between body iron status (serum iron and ferritin) and type 2 diabetes has been investigated in this study. Thirty-six females were enrolled, eighteen type 2 diabetes and eighteen apparently healthy. These two groups were matched for age and body mass index BMI. The eighteen diabetes females were matched for age, BMI, pharmacological treatment (oral hypoglycemic agent), and chronic diabetes complications. The biochemical parameters measured for both groups (control and diabetes patient) were fasting insulin (Io), fasting blood glucose (Go), serum iron and ferritin. A significant increase in all parameters in patients compared to healthy control was noticed. The insulin resistance (IR) which was calculat
... Show MoreIt is often noted that disordered materials have different chemical properties to their more “ordered” cousins. Quantifying these effects in terms of thermodynamics is challenging in part because disordered materials can be difficult to characterize and are frequently relatively unstable. During the course of our experiments to understand the effects of disorder in catalysts for water oxidation we observed that many disordered manganese and cobalt oxide water oxidation catalysts directly oxidized peroxide in contrast to their more ordered analogues which catalyzed its disproportionation, that is, MnO2+2H+ +H2O2! Mn2+ +2H2O+O2(oxidation) versus H2O2!H2O+1=2 O2(disproportionation). By measuring the efficiency for one reaction over the oth
... Show MoreWe describe the synthesis and characterization of a novel 2D-MnOx material using a combination of HR-TEM, XAS, XRD, and reactivity measurements. The ease with which the 2D material can be made and the conditions under which it can be made implies that water oxidation catalysts previously described as “birnessite-like” (3D) may be better thought of as 2D materials with very limited layer stacking. The distinction between the materials as being “birnessite-like” and “2D” is important because it impacts on our understanding of the function of these materials in the environment and as catalysts. The 2D-MnOx material is noted to be a substantially stronger chemical oxidant than previously noted for other birnessite-like manganese oxi
... Show MoreStructure type and disorder have become important questions in catalyst design, with the most active catalysts often noted to be “disordered” or “amorphous” in nature. To quantify the effects of disorder and structure type systematically, a test set of manganese(III,IV) oxides was developed and their reactivity as oxidants and catalysts tested against three substrates: methylene blue, hydrogen peroxide, and water. We find that disorder destabilizes the materialsthermodynamically, making them stronger chemical oxidantsbut not necessarily better catalysts. For the disproportionation of H2O2 and the oxidative decomposition of methylene blue, MnOx-mediated direct oxidation competes with catalytically mediated oxidation, making the most
... Show MoreBackground: Nursing interventions tailored to the smoking triggers in patients with non-communicable chronic diseases are essential. However, these interventions are scant due to the nature of factors associated with smoking cessation and the poor understanding of the effect of nurse-led intervention in Iraq.Purpose: This study aimed to determine the dominant smoking triggers and examine the effects of a tailored nursing intervention on smoking behavior in patients with non-communicable chronic diseases.Methods: Convenience samples of 128 patients with non-communicable chronic diseases, male and female patients, who were 18-70 years old, were recruited in this quasi-experimental, randomized comparative trial in the outpatient clinic
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