About
Summary
Molecular geneticist with a PhD in Biotechnology and Genetic Engineering (2024) specializing in mitochondrial DNA variations and their association with familial diabetes and cardiovascular disease. My dissertation analyzed mtDNA variants in diabetic families from Pakistan using Sanger & next-generation sequencing (NGS), bioinformatics, and pedigree analysis. I have 8 peer-reviewed publications (2022–2025) on mtDNA mutations in diabetes, PCOS, and coronary artery disease. Recently awarded a ~$39,000 national grant to develop Pakistan-specific genetic diagnostic kits for familial diabetes. Seeking a postdoctoral position to apply my expertise in mitochondrial genetics, NGS data analysis, and variant pathogenicity assessment to diabetes pathogenesis research.
Positions
Assistant Professor Oct 2006 -
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Major subjects Taught are introductory Bioinformatics, Human Genetics, Genetic Engineering, Research Techniques, Project Planning & Report writing, and Developmental Genetics.
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Established Computer and Molecular Genetics Laboratories.
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Contributed to departmental goals by serving on various committees focused on curriculum development, assessment strategies, and accreditation requirements.
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Revised course objectives, course materials, instructional and assessment strategies for Genetic Engineering, Developmental Genetics, Current Trends in Biotechnology and Introduction to Bioinformatics courses.
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Evaluated student performance through comprehensive assessments, identifying areas of improvement and providing targeted feedback for growth.
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Helped struggling students by providing support outside of classrooms and consistently checking in on progress.
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Contributed to campus activities to promote positive university image.
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Applied innovative teaching methods to encourage student learning objectives.
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Enhanced student research skills by supervising independent studies projects both inside and outside the classroom setting.
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Strengthening relationships with colleagues by participating in collaborative projects and research endeavors.
Education
Hazara University Mansehra 2016 - 2024
Field of study: Biotechnology and Genetic Engineering
Degree: PhD
PhD Dissertation title
"Analysis of mt-DNA variations and their association with diabetes mellitus in selected families from Pakistan"
My dissertation analyzed mtDNA variants in diabetic families from Pakistan using Sanger & next-generation sequencing (NGS), bioinformatics, and pedigree analysis.
Skills
• DNA extraction, PCR, Gradient PCR, Gel Electrophoresis, Light microscopy, Chromosomal Staining, Karyotyping, Bioinformatics (Primer designing, Protein 3D models, Alignments, RNA 3D models, microRNA studies), Working on NCBI and related Databases.
• Cytology, Chromosomal Staining in light Microscopy, Acetocarmine Staining of Chromosomes.
• Insilco DNA works (Vector Designing for Cloning, Restriction Digestion).
• NGS and Sanger Data Analysis.
• Gene Bank uploading: NCBI Nucleotide e.g., MW930396.1, LC604678.1, LC604677.1, MW700272.1, MW694487.1 and OM100018.1.
• Tissue Culture lab disinfection, Liquid dilution and calculation, Media preparation, autoclaving.
• Experience in Using AI Software Chatgpt, Grok, Co-Pilot, Quill Bot, Gemini and Turnitin.
• Syllabus development and course design, Lecturing, Classroom management, Student evaluation, Student research guidance, Online teaching (MS teams, Zoom etc.)
• Online Education channel (https://www.youtube.com/@EducationforAll-hupak)
• Conference & Classroom presentations.
• Student records management on Campus Management System.
• Experience with Mentoring students, Academic advising, Academic research, Thesis advisement, Grant writing. Research publication and Research methodologies in molecular biology.
• Paramedic, IV-line maintenance (Canula etc.), first aid (CPR etc.), basic pharmacology.
Professional interests
My research interests lie in the field of molecular genetics and cardiometabolic diseases, with a particular focus on the role of mitochondrial DNA (mtDNA) variations in the pathogenesis of diabetes mellitus and its associated complications. I am especially interested in identifying population-specific genetic markers and translating these findings into diagnostic and prognostic tools, particularly for underrepresented populations such as those in Pakistan.
I aim to integrate molecular biology, genomics, and bioinformatics approaches to investigate the genetic and epigenetic basis of complex diseases, including diabetes, cardiovascular disorders, and metabolic syndromes. My long-term goal is to contribute to the development of precision medicine strategies, including affordable, region-specific genetic diagnostic kits and biomarker-based screening systems.
I am also interested in expanding my expertise in advanced genomics technologies, such as next-generation sequencing (NGS), single-cell analysis, and multi-omics data integration, to better understand disease mechanisms at the systems level.
In addition to research, I am committed to teaching, mentorship, and capacity building in higher education, with a focus on training students in modern molecular and computational techniques. I am keen to collaborate with international research groups and industry partners to translate academic research into real-world healthcare solutions.
Contact details
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