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	1.	No cover image available Fabrication, micro-computed tomography based quantitative 3D microstructure evaluation of 3D printed bioceramic scaffolds and FE modelling of biomedical implant prototypes by Sourav Mandal. by Mandal, Sourav Advised by Basu, Bikramjit Material type: Text; Format: print ; Literary form: Not fiction Publication details: Bengalore : Indian Institute of Science, 2018 Dissertation note: PhD;2018;Materials Research Centre Availability: Items available for reference: JRD Tata Memorial Library: Not for loan (1)Call number: 006.693 P18.
	2.	No cover image available Expanding the possibilities of multifunctional gelatin methacrylol bioinks for 3D bioprinting of complex biomimetic tissue constructs by Das, Soumitra advised by Basu, Bikramjit Material type: Text; Format: print ; Literary form: Not fiction Publication details: Bangalore: Indian Institute of Science, 2023 Dissertation note: PhD; 2023; Materials Research Centre Online resources: Click here to access online Availability: Items available for reference: JRD Tata Memorial Library: Not For Loan (1)Call number: 670 DAS.
	3.	No cover image available Investigation of machine learning and deep learning methodologies for applications in biomechanics, additive manufacturing, and microstructure fingerprinting: A Biomaterialomics approach by Haribabu, Gowtham Nimmal Advised by Basu, Bikramjit Material type: Text; Format: print ; Literary form: Not fiction Publication details: Bangalore: Indian Institute of Science, 2023 Dissertation note: PhD;2023;Materials Research Centre Online resources: Click here to access online Availability: Items available for reference: JRD Tata Memorial Library: Not for loan (1)Call number: 006.3 HAR.
	4.	No cover image available Understanding the science of biocompatibility of dental implants : biomechanical, pre-clinical and clinical validation of new design concepts by Mishra, Deepa Advised by Basu, Bikramjit Material type: Text; Format: print ; Literary form: Not fiction Publication details: Bangalore : Indian Institute of Science, 2024 Dissertation note: PhD;2024;Materials Research Centre. Online resources: Click here to access online Availability: Items available for reference: JRD Tata Memorial Library: Not for loan (1)Call number: 610.28 MIS.
	5.	No cover image available 3D printing for biomedical applications : hybrid nanoparticle reinforced hydrogels for soft tissue regeneration and bone flaps for cranial reconstruction by Roy Chowdhury, Sulob Advised by Basu, Bikramjit Material type: Text; Format: print ; Literary form: Not fiction Language: Eng. Publication details: Bangalore : Indian Institute of Science, 2024 Dissertation note: PhD;2024;Materials Research Centre. Online resources: Click here to access online Availability: Items available for reference: JRD Tata Memorial Library: Not for loan (1)Call number: 617.9 ROY.

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