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Assistant Lecturer

Baker Al-Sabaawi

Research Interests

Research in the field of animal production

Gender MALE
Place of Work Mosul Medical Technical Institute
Department Anesthesia Techniques
Position Continuing Education Unit Officer
Qualification Master's
Speciality Animal production techniques
Email baker.h.taha@ntu.edu.iq
Phone 07765179517
Address Al-Zahra, Mosul, Nineveh, Iraq
Bakr Hani Taha - Assistant Lecturer - Master's in Animal Production Technologies

Skills

استخدام الحاسوب وبرامج Microsoft Office (Word, Excel, PowerPoint) (90%)
مهارة في تحليل البيانات أو إدخال البيانات (90%)
التعامل مع البريد الإلكتروني والملفات الإلكترونية (85%)
مهارة في استخدام الإنترنت والبحث العلمي (95%)

Publications

Use of Azolla in the Presence of Fiber-Degrading Enzyme Additives and its Effect on the Productive Performance in Broiler
Sep 28, 2025

Journal NTU Journal of Agricultural and Veterinary Sciences (2025)

DOI https://doi.org/10.56286/x11y3495

Issue Vol. 5 No. 3 (2025): 28/09/2025

In this study, we used unsexed broiler chicks of the hybrid (Ross 308), raised in animal production fields/College of Agriculture and Forestry for the period from 7/2/2024 to 19/ 3 /2024. The chicks were subjected to the treatments under study from the first day of the experiment. The experiment included five treatments: T1 : Standard ration (without Azolla and enzyme ).T2: ration contained Azolla 7% and without enzyme .T3: ration contained Azolla 7% + 0.30% enzyme.T4: ration contained Azolla 7% + 0.35% enzyme.T5: ration contained Azolla 7% + 0.40% enzyme. Measurements of production characteristics were taken weekly and statistical analysis shows that there was a significant increase in live body weight, weight gain, an improvement in feed conversion ratio, a decrease in the feed consumed In enzyme addition transactions, and no significant effect of the treatments in the relative growth rate. This study aimed to prepare a feeder containing Azolla with the addition of enzymes as a technical management method that contributes to increasing the decomposition of fibers to increase the rate of utilization as a non-traditional protein source for locally available fodder

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