‪Vishvesh Raje‬ - ‪Google Scholar‬

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2022202320242 7 2

Co-authors

Ketan PatelAssociate Professor, St John's UniversityVerified email at stjohns.edu
Siddhant PalekarProduct Development Scientist, Aprecia PharmaceuticalsVerified email at stjohns.edu
Snehal DawareDoctoral candidate, St.John’s UniversityVerified email at stjohns.edu

Vishvesh Raje

Vishvesh Raje

Doctoral student, St. John’s University

Verified email at my.stjohns.edu

Hot melt extrusion 3D Printing Abuse Deterrent formulation Solubility Enhancement


Title Sort by citations Sort by year Sort by title	Cited by Cited by	Year
Tunable drug release from fused deposition modelling (FDM) 3D-printed tablets fabricated using a novel extrudable polymer V Raje, S Palekar, S Banella, K Patel Pharmaceutics 14 (10), 2192, 2022	8*	2022
Abuse Deterrent Formulation Using Hot Melt Extrusion Technology V Raje The University of Mississippi, 2021	2	2021
Investigating Key Molecular Descriptors Affecting Particle Size: A Predictive Exemplary Approach for Self-Emulsifying System S Daware, V Raje, A Patel, K Patel Molecular Pharmaceutics 20 (5), 2556-2567, 2023	1	2023
Application of 3D printing technology for the development of dose adjustable geriatric and pediatric formulation of celecoxib H Patel, V Raje, P Maczko, K Patel International Journal of Pharmaceutics, 123941, 2024		2024

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