■ Dr. Aman Nikhil (2024) Thesis title: Development and evaluation of functionalized tissue-engineered scaffolds for the treatment of bone and cartilage injuries ■ Dr. Ankita Das (2023) Thesis title: Development of bioengineered therapeutic and regenerative approaches to treat cardiovascular diseases■ Dr. Sneha Gupta(2023) Thesis title: Bioinspired functionalized bone substitutes for periosteum and bone regeneration in critical bone defects■ Dr. Irfan Qayoom (2022) Thesis title: A nanohydroxyapatite based bioactive composites as a carrier for antibiotics/drugs to treat osteomyelitis and osteoporosis■ Dr. Syed Muntazir Andrabi (2021) - Co-supervisor Thesis title: Synthesis and characterization of polymer-based materials for biomedical applications■ Dr. Suhela Tyeb (2020) Thesis title: Wound dressing materials toward management and regeneration of chronic wounds■ Dr. Anamika Singh (2020) Thesis title: Development of advanced regenerative and therapeutic treatment approaches for peripheral nerve regeneration■ Dr. Parvaiz Ahmad Shiekh (2020) Thesis title: Engineering bioinspired polyurethane scaffolds to attenuate oxidative stress and hypoxia for cardiac and dermal tissue regeneration■ Dr. Sahil Batra (2020) Thesis title: GTP hydrolysis mechanisms in Era and FeoB – two intriguing HAS-GTPases ■ Dr. Pratik Rajendra Patil (2019) Thesis title: Attempts to understand the catalytic mechanism governing (p)ppGpp synthesis in Rel proteins ■ Dr. Arun Kumar Teotia (2018) Thesis title: Bioinspired functionalized bone substitute for skeletal regenerative therapies ■ Dr. Priyanka Dwivedi (2017)-Co-supervision Thesis title: Development of Novel Tissue Engineering Strategies to Treat Osteoarthritis ■ Dr. Saravanan, M. (2017) – Co-supervision Thesis title:Two Dimensional Diffusion Crystallization: A Novel Methodology to Crystallize Proteins ■ Dr. Vaibhav Singh Bais (2017) – Co-supervision Thesis title:Characterization of Sugar Nucleotidylyl transferases and the Design of Inhibitors against Ser/Thr Protein Kinase■Dr. Soneya Mazumdar (2017) – Co-supervision Thesis title: Investigating diversity in GTP hydrolysis mechanisms with special emphasis on Rab GTPases and a ribosome binding GTPase Eng■ Dr. Apeksha P. Damania (2017) Thesis title: Bioartificial liver support and tissue engineering strategies for liver regeneration ■ Dr. Joyita Sarkar (2017) Thesis title: Development of cryogel based platform for high throughput screening and analysis ■ Dr. Archana Sharma (2016)-Co-supervision Thesis title: An Advanced Three-Dimensional Macroporous Matrices For Soft Tissue Engineering Applications■ Dr. Tanushree Vishnoi (2015) Thesis title: Conducting Cryogel as a Potential Biomaterial for Nerve Regeneration ■ Dr. Ankur Gupta (2015) Thesis title: Potential Tissue Engineering Strategies for the Treatment of Cartilage and Bone Defects. ■ Dr. Tapas Palai (2014) Co-supervision Thesis title: Kinetics of Enzymatic Conversion of Lactose into Galactose-oligosaccharides Using Industrial Grade beta- Galactosidase under Free, Immobilized and Bioconjugated States.■ Dr. S. Geetha Priya (2014) Thesis title: Bilayered Cryogel Matrices for Skin Tissue Engineering ■ Dr. Ruchi Misra (2013) Thesis title: Biocomposite Cryogels for Bone Tissue Engineering.■ Dr. Haider Sami (2013) Thesis title: Design and synthesis of multifunctional polymeric materials for potential bio-imaging and drug delivery applications■ Dr. Sumrita Bhat (2012) Thesis title: Elastic and Macroporous Cryogel Scaffolds for Cartilage Tissue Engineering ■ Dr. Akhilesh Kumar Shakya (2012) Thesis title: Thermoresponsive polymer protein bioconjugates: Biomedical and Biotechnological Applications ■ Dr. Anuj Tripathi (2011) Thesis title: Designing of novel supermacroporous polymeric scaffolds for tissue engineering and bioseparation applications■ Dr. Deepti Singh (2011) Thesis Title: Role of macroporous matrix in stem cell differentiation and tissue engineering application■ Dr. Era Jain (2010) Thesis title: Design of supermacroporous cryogel as bioreactors and wound dressing materials ■ Dr. Akshay Srivastava (2010) Thesis title: Development of type-specific cell separation device and tissue engineering scaffolds using cryogel matrices