Hammad Qaiser

Hammad Qaiser is an emerging molecular biologist who is currently pursuing his research work at the Human Molecular Lab, IIUI. His upcoming scientific work will be based on genetics, molecular biology, and neurological sciences. Having been a Managing Director and Founder of Biologia360°, Hammad has experience in management consultation, team building, professional development, strategic implementation, and company collaboration. Hammad loves science, so he majored in biotechnology at International Islamic University Islamabad and is motivating other fellows regarding biological sciences and applications, including molecular biology, genetics, personalized medicine, and potential therapeutic options.

Publications

Cannabinoid Neurobiology and Medical Cannabis Intervention for Amyotrophic Lateral Sclerosis (ALS): Understanding the Molecular Mechanisms of Action
Cannabinoid Neurobiology and Medical Cannabis Intervention for Amyotrophic Lateral Sclerosis (ALS): Understanding the Molecular Mechanisms of Action
Mohammad Uzair, Hammad Qaiser, Muhammad Arshad, Aneesa Zafar, Shahid Bashir. © 2023. 23 pages.
Amyotrophic lateral sclerosis (ALS), a neurodegenerative condition that leads to muscle wasting, weakness, and stiffness, is characterized by progressive loss of upper and lower...
From Cells to Cell-Free Platforms: A Comprehensive Overview
From Cells to Cell-Free Platforms: A Comprehensive Overview
Mohammad Uzair, Hammad Qaiser, Muhammad Asad Ghuffran, Asif Mir. © 2023. 21 pages.
Cell-free systems are powerful tools in biotechnology, allowing researchers to study and manipulate biological processes outside of intact cells. This chapter provides a...
Cell-Free Synthetic Biology: The Novel Approach Towards the Biotechnological Applications
Cell-Free Synthetic Biology: The Novel Approach Towards the Biotechnological Applications
Hammad Qaiser, Mohammad Uzair, Abida Arshad, Jabar Zaman Khan Khattak, Shahid Bashir. © 2023. 20 pages.
Innovations in sustainable biomanufacturing are made possible by cell-free synthetic biology advances. Cell-free workflows frequently combine purified enzymes with cell extracts...