Home - Morteza Daliri

As a researcher and academic, I have dedicated my career to advancing the field of animal biotechnology, with a specific focus on embryo biotechnology, transgenic animals, stem cell research, and biomaterial compatibility. My qualifications and contributions to the field are a testament to this commitment.

Ph.D. in Immunology of Embryo: I hold a doctorate degree in immunology of embryo, which has provided me with a strong foundation for my research in embryo biotechnology and related areas.

Assistant Professor: I am an Assistant Professor at the National Institute of Genetic Engineering and Biotechnology, where I have had the opportunity to mentor students, conduct research, and contribute to the academic community.

Extensive Research and Publication Record: Throughout my career, I have actively engaged in research, resulting in numerous publications in scientific journals and presentations at international conferences. These publications reflect my contributions to the understanding of oocyte maturation, growth factor expression, stem cell therapy, and biomaterial scaffold cytotoxicity.

Project Leadership: I have had the privilege of leading and contributing to national-level research projects focused on developing biotechnology strategies for livestock production. These experiences have honed my leadership skills and project management abilities.

Authorship of Books: I have also contributed to the authorship of books on biotechnology, aiming to share knowledge and insights with a wider audience.

Active Research Engagement: My passion for research remains strong, and I continue to explore new frontiers in my field, seeking to make further contributions to the advancement of animal biotechnology.

While I may not have received specific awards or honors, my qualifications, experience, and contributions to the field speak to my dedication and expertise. I am committed to continuing my research and academic pursuits, striving for excellence and innovation in animal biotechnology.

My career has been a journey of learning, discovery, and contribution to the field of animal biotechnology. From my early academic pursuits to my current role as Assistant Professor, I have consistently sought to expand my knowledge and expertise, applying them to address critical challenges in the field.

Education: I began my academic journey by pursuing a Bachelor of Veterinary Sciences (B.V.Sc) and a Master of Veterinary Sciences (M.V.Sc), laying the groundwork for my future research endeavors.  I furthered my education by obtaining a Ph.D. in Immunology of Embryo, which provided me with specialized knowledge in this area. 
   
Research and Publications: Throughout my career, I have actively engaged in research, collaborating with fellow scientists and presenting my findings at international conferences.  My research has covered a wide range of topics, including embryo biotechnology, transgenic animals, stem cell research, and biomaterial compatibility. [cite: 60] These research endeavors have culminated in numerous publications in scientific journals, contributing to the body of knowledge in my field. 
   
Project Leadership: I have also taken on leadership roles in research projects, serving as a project manager or principal investigator for national-level initiatives. These projects have focused on developing and implementing biotechnology strategies for livestock production, demonstrating my ability to manage and execute research initiatives effectively.
   
Authorship of Books: In addition to research papers, I have contributed to the authorship of books on biotechnology, sharing my knowledge and insights with a broader audience.
   
Current Research: My current research interests continue to be focused on advancing the field of animal biotechnology, with a specific emphasis on genes responsible for oocyte maturation, growth factor expression, stem cell therapy, and biomaterial scaffold cytotoxicity. 

My career history reflects my ongoing commitment to research, academic excellence, and the advancement of animal biotechnology. I am dedicated to continuing my contributions to the field, seeking new knowledge and innovative solutions to address the challenges and opportunities that lie ahead.

My career has been centered around the National Institute of Genetic Engineering and Biotechnology (NIGEB), where I have had the opportunity to contribute to research, academics, and institutional support.  

Assistant Professor:I currently hold the position of Assistant Professor in the Department of Animal and Marine Biotechnology at NIGEB. [cite: 1] In this role, I am actively involved in teaching, research, and mentoring students.
   
Support and Human Resources Deputy: I also serve as the Support and Human Resources Deputy at NIGEB.  In this capacity, I oversee the administrative and support functions of the institute, ensuring the smooth operation of research and technology sectors.  My responsibilities include managing human resources, financial operations, and general administrative affairs. 
   
Research Affiliations: I am affiliated with various research groups and initiatives within NIGEB, focusing on embryo biotechnology, transgenic animals, stem cell research, and biomaterial compatibility.  I actively collaborate with colleagues on research projects and contribute to the advancement of knowledge in these areas. 

My positions and affiliations at NIGEB reflect my commitment to both academic research and institutional support. I believe that these two areas are complementary and mutually reinforcing, and I am dedicated to contributing to the success of the institute in both capacities.

 

My involvement in research projects has been a cornerstone of my career, allowing me to contribute to the advancement of animal biotechnology and address key challenges in the field. I have had the opportunity to lead and collaborate on various projects, both at the national and international levels.

National Strategy of Biotechnology for Domesticated Animals and Fisheries: I served as the principal investigator for two national-level projects focused on developing a comprehensive biotechnology strategy for domesticated animals and fisheries. These projects involved extensive research and analysis of the national and international sectors, culminating in published reports that provided valuable insights for policymakers and researchers.

Other Research Projects: In addition to these national-level projects, I have been actively involved in various other research initiatives throughout my career. These projects have covered a wide range of topics, including:

Immunosuppressive effects of equine herpesvirus type-1

Bacterial agents in equine herpesvirus type-1 associated syndromes

Preimplantation buffalo embryo development

Growth factor mRNA transcription in buffalo preimplantation embryos

Laser surface modification of polyethylene terephthalate for cell growth

Laser-induced acrylamide grafting on polyethylene terephthalate film for cell growth

Biological activity of recombinant human growth hormone

Transmission of neomycin resistance gene into mouse zygotes

Microinjection of genome into mouse zygotes for transgenic animal production

Effect of hormones on growth factor expression in oviduct epithelial cells and embryo development

Reproductive responses and hepatic gene expression of GHR in broiler hens to hyperthyroidism

Chitinolytic bacteria in shrimp farming ponds

Oocyte selection and in vitro development

Vitrification of immature bovine oocytes

Effect of ghrelin and insulin on in vitro bovine embryo development

Effect of glucose, lactate, and pyruvate on gene expression in goat oocytes

Effect of plasmin and heparin on sheep oocyte fertilization

Multiplex-PCR for detection of Newcastle disease virus and avian influenza virus

Effect of NGF on in vitro maturation of bovine oocytes and embryo development

These research projects demonstrate my diverse interests and contributions to the field of animal biotechnology. I am committed to continuing my research endeavors, seeking new knowledge and innovative solutions to improve animal health, productivity, and welfare.

Publications

My research findings and insights have been disseminated through various publications, including conference papers, books, and potentially other forms of academic writing. These publications reflect my contributions to the field of animal biotechnology and my commitment to sharing knowledge with the scientific community.

Conference Papers:

I have presented my research at numerous international conferences, sharing my findings and engaging in discussions with fellow scientists. These conference papers cover a wide range of topics, including:

Immunosuppressive effects of equine herpesvirus type-1

Bacterial agents in equine herpesvirus type-1 associated syndromes

Preimplantation buffalo embryo development

Growth factor mRNA transcription in buffalo preimplantation embryos

Laser surface modification of polyethylene terephthalate for cell growth

Laser-induced acrylamide grafting on polyethylene terephthalate film for cell growth

Biological activity of recombinant human growth hormone

Transmission of neomycin resistance gene into mouse zygotes

Microinjection of genome into mouse zygotes for transgenic animal production

Effect of hormones on growth factor expression in oviduct epithelial cells and embryo development

Reproductive responses and hepatic gene expression of GHR in broiler hens to hyperthyroidism

Chitinolytic bacteria in shrimp farming ponds

Oocyte selection and in vitro development

Effect of ghrelin and insulin on in vitro bovine embryo development

Effect of glucose, lactate, and pyruvate on gene expression in goat oocytes

Effect of plasmin and heparin on sheep oocyte fertilization

Multiplex-PCR for detection of Newcastle disease virus and avian influenza virus

Effect of NGF on in vitro maturation of bovine oocytes and embryo development

Books:

I have also contributed to the authorship of books on biotechnology, aiming to provide a comprehensive overview of the field and its applications. These books include:

National Strategy of Biotechnology for Domesticated Animals and Fisheries (Study of National Sector)

National Strategy of Biotechnology for Domesticated Animals and Fisheries (Study of International Sector)

Biotechnology strategy in livestock production, in Recent Advances and Application in Animal Reproductive Biotechnologies. Potential and Current Scenario in OIC Countries

These publications collectively demonstrate my contributions to the field of animal biotechnology and my commitment to disseminating knowledge and advancing research in this area.

 

In addition to contributing to the research community through conference papers and active research projects, I have also sought to disseminate knowledge and innovation through the publication of books and the pursuit of patents.

Books:

I have co-authored several books that provide a comprehensive overview of biotechnology strategies and their applications in animal production. These books serve as valuable resources for researchers, students, and policymakers interested in this field.

National Strategy of Biotechnology for Domesticated Animals and Fisheries (Study of National Sector): This book presents a comprehensive analysis of the national biotechnology sector, focusing on its potential and challenges in the context of domesticated animals and fisheries.

National Strategy of Biotechnology for Domesticated Animals and Fisheries (Study of International Sector): This book examines the international landscape of biotechnology in the context of domesticated animals and fisheries, providing insights into global trends and best practices.

Biotechnology strategy in livestock production: This book chapter, published in "Recent Advances and Application in Animal Reproductive Biotechnologies. Potential and Current Scenario in OIC Countries," explores the various applications of biotechnology in livestock production, highlighting its potential to improve productivity, health, and welfare.

While my curriculum vitae primarily focuses on international conference presentations and publications, I have also actively contributed to the scientific discourse within my country through various national presentations. These presentations have allowed me to share my research findings, engage with colleagues, and contribute to the advancement of knowledge within the Iranian scientific community.

Some of my notable national presentations include:

اثر غلظت های مختلف گلوکوز، لاکتات و پيروات بر بيان نسبی ژن های GDF-9 ، BMP-15 و BAX در بلوغ آزمايشگاهی اووسيت بز: This presentation explored the effects of different concentrations of glucose, lactate, and pyruvate on the expression of genes related to oocyte maturation in goats.

تاثير سطوح مختلف پلاسمين و هپارين در قابليت باروری اووسيت توسط اسپرم در گوسفند: This presentation investigated the impact of different levels of plasmin and heparin on the fertilization of sheep oocytes.

تشخيص همزمان ويروس نيو کاسل و ويروس آنفولانزای طيور در نمونه های کلينيکی با استفاده از روش Multiplex-PCR: This presentation focused on the development of a multiplex PCR method for the simultaneous detection of Newcastle disease virus and avian influenza virus in clinical samples.

These national presentations reflect my commitment to sharing my research findings with the broader scientific community in Iran and contributing to the development of knowledge and innovation in the field of animal biotechnology.

International Presentations

I have actively participated in the global scientific community by presenting my research findings at various international conferences. These presentations have provided me with valuable opportunities to share my work, engage in discussions with leading researchers, and contribute to the advancement of animal biotechnology on an international stage.

Some of my notable international presentations include:

Immunosuppressive effect of equine Herpes virus type-1 using hamster as an experimental model: Presented at the Sixth International Conference on Equine Infectious Diseases in Cambridge, UK.

Involvement of bacterial agents in equine Herpes virus type-1 associated syndromes and application of control measures: Presented at the Seventh International Conference on Equine Infectious Diseases in Tokyo, Japan.

Analysis of various conditions and factors involved in preimplantation buffalo embryo development: Presented at the 11th Convention of Animal Reproduction & the National Symposium on the Role of Theriogenology for Augmenting Fertility in Domestic Animals in Calcutta, India.

Transcription of various growth factor mRNAs found at different stages of buffalo preimplantation embryo and oviduct: Presented at the International Symposium on Prospects of Zona pellucida Glycoprotein for Immunocontraception and Seventh Annual Meeting of the Indian Society for the Study of the Reproduction and Fertility in New Delhi, India.

Platelet adhesion and cell growth on the laser surface modified Polyethylene Terephalate: Presented at the International Conference on Radiation and its Role in Diagnosis and Treatment in Tehran, Iran.

Cell growth on the laser induced Acrylamide grafted Polyethylene Terephalate film: Presented at the International Symposium Biomaterials and Drug Delivery System in Conjunction with Second Asian International Symposium on Polymeric Biomaterials Science in Cheju Island, Korea.

Evaluation of biological activity of recombinant human growth hormone using cell proliferation assay: Presented at the 3rd National Congress of Biotechnology in Mashhad, Iran.

Transmission of neomycin resistance gene into mouse zygotes and its expression: Presented at the 4th National Congress of Biotechnology in Mahan-Kerman, Iran.

Evaluation of factors effecting microinjection of genome into the mouse zygotes to produce transgenic animal: Presented at the 4th National Congress of Biotechnology in Mahan-Kerman, Iran.

Effect of hormones on expression of growth factors by oviduct epithelial cell and their role on co-culture embryo development: Presented at the National Advanced Reproductive Biotechnology Seminar and Workshop in Kuala Lumpur, Malaysia.

Reproductive responses and hepatic gene expression of GHR of Iranian broiler line hens to transient hyperthyroidism: Presented at the 60th Annual Meeting of the European Association for Animal Production in Barcelona, Spain.

A survey on chitinolytic bacteria in shrimp farming ponds: Presented at the 1st International Congress on Aquatic Animal Health Management and Diseases in Tehran, Iran.

Selection of High Quality Oocytes by Brilliant Cresyl Blue and Their in vitro Development After Exposure to Cryoprotectant Solution: Presented at the 2nd International Conference on Sustainable Animal Agriculture for Developing Countries in Kuala Lumpur, Malaysia.

1, 3 Butanediol in Vitrification Solution Enhances Nuclear Maturation of Vitrified Immature Bovine Oocytes: Presented at the 31st Annual Meeting of Malaysian Society of Animal Production (MSAP) in Kota Bharu, Kelantan, Malaysia.

Effect of Ghrelin on In Vitro Maturation and Subsequent Embryo Development of Immature Bovine Oocytes: Presented at the 31st Annual Meeting of Malaysian Society of Animal Production (MSAP) in Kota Bharu, Kelantan, Malaysia.

Effect of Equilibration Temperature on Survivability and Subsequent Embryo Development of Vitrified Immature Bovine Oocytes: Presented at the 22nd Veterinary Association Malaysia & 4th Wildlife Society of Zoo and Wildlife Medicine in Kuala Lumpur, Malaysia.

Synergistic Effect of Insulin on In Vitro Bovine Embryo Development: Presented at the 22nd Veterinary Association Malaysia & 4th Wildlife Society of Zoo and Wildlife Medicine in Kuala Lumpur, Malaysia.

Insulin Enhances Nuclear Maturation of Immature Bovine Oocytes and Subsequent Embryo Development In Vitro: Presented at the 7th Annual Conference of Asian Reproductive Biotechnology Society (ARBS) in Kuala Lumpur, Malaysia.

Ghrelin Improves the Development of Bovine Preimplantation Embryos in Vitro: Presented at the 5th Congress of World Association of Reproductive Medicine (WARM) in Moscow, Russia.

Ultrastructural Changes of Vitrified Immature Bovine Oocytes: Presented at the 19th Scientific Conference of the Electronic Microscopy Society of Malaysia in Langkawi, Malaysia.

Efficacy of Open Pulled Straw and Cryotop Methods for Vitrification of Immature Bovine Oocytes: Presented at the 7th Annual Conference of Asian Reproductive Biotechnology Society (ARBS) in Kuala Lumpur, Malaysia.

Effects of Exposure to DMSO in Vitrification Solution on Cytotoxicity and In Vitro Viability of Immature Bovine Oocytes: Presented at the 5th Congress of World Association of Reproductive Medicine (WARM) in Moscow, Russia.

Growth factor gene expression in sheep oviduct epithelial cells regulate by E2, P4, LH and FSH hormones: Presented at the International Symposium on Endocrinology and Reproduction: Molecular Mechanisms to Molecular Medicine in New Delhi, India.

Do E2, P4, LH and FSH hormones have an effect on Expression of IGF-II and TGF-α in goat oviduct epithelial cells?: Presented at the International Symposium on Endocrinology and Reproduction: Molecular Mechanisms to Molecular Medicine in New Delhi, India.

Effect of NGF on in vitro maturation of bovine oocyte and subsequent developmental competence of embryo: Presented at the 15th Annual Conference of the European Society for Domestic Animal Reproduction in Antalya, Turkey.

These international presentations highlight my active engagement with the global scientific community and my commitment to sharing my research findings and contributing to the advancement of animal biotechnology worldwide.

While my curriculum vitae focuses primarily on research and publications, teaching and mentoring have also been integral components of my academic career. I believe in fostering the next generation of scientists and researchers, sharing my knowledge and experience to inspire and guide them.

Although specific details about my teaching and tutorial activities are not explicitly outlined in the CV, my role as an Assistant Professor at the National Institute of Genetic Engineering and Biotechnology implies involvement in teaching and mentoring students. This may include:

Supervising student research projects: Guiding and mentoring students in their research endeavors, providing them with the necessary skills and knowledge to conduct research effectively.

Teaching courses and workshops: Delivering lectures, conducting workshops, and developing course materials to educate students in various aspects of animal biotechnology.

Mentoring graduate students: Providing guidance and support to graduate students as they navigate their academic journey and develop their research skills.

Advising undergraduate students: Offering advice and guidance to undergraduate students on their academic and career paths.

My commitment to teaching and mentoring reflects my belief in the importance of education and the development of future scientists. I strive to create a supportive and stimulating learning environment where students can thrive and reach their full potential.

While my curriculum vitae doesn't explicitly list research theses under a separate heading, it provides information that can be categorized as such. These research theses represent the culmination of extensive research and analysis, contributing to the body of knowledge in the field of animal biotechnology.

Ph.D. Thesis:

Immunology of Embryo: My doctoral dissertation focused on investigating the immunological aspects of embryo development, exploring the complex interactions between the developing embryo and the maternal immune system. This research contributed to a better understanding of the factors influencing embryo survival and implantation.

National-Level Research Projects:

National Strategy of Biotechnology for Domesticated Animals and Fisheries (Study of National Sector): This project involved extensive research and analysis of the national biotechnology sector, focusing on its potential and challenges in the context of domesticated animals and fisheries. The findings were compiled into a comprehensive report that served as a valuable resource for policymakers and researchers.

National Strategy of Biotechnology for Domesticated Animals and Fisheries (Study of International Sector): This project examined the international landscape of biotechnology in the context of domesticated animals and fisheries, providing insights into global trends and best practices. The results were presented in a detailed report that contributed to the understanding of the global biotechnology landscape.

These research theses, along with my other research endeavors, demonstrate my commitment to advancing knowledge and innovation in the field of animal biotechnology. I believe in the power of research to address critical challenges and improve animal health, productivity, and welfare.