Intellectual Property
Translating fundamental molecular discoveries into protected innovations and biomedical technologies.
2026
Engineered thermostable luciferase enzyme with enhanced bioluminescence
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
A Method for Detecting Antimicrobial Resistant Bacteria from Environmental Samples: Environmental BL Tester
The invention focuses on developing a method for detecting antimicrobial-resistant bacteria directly from environmental samples. Its technical significance lies in enabling the identification and screening of resistant bacteria in environmental matrices, supporting early detection of AMR beyond clinical settings. The method can be useful for environmental AMR surveillance, monitoring of resistance hotspots, and assessment of the dissemination of resistant bacteria in water and other environmental systems.
AHM-1: The first aztreonam hydrolyzing metallo-β- lactamase, catalysing new frontiers in antimicrobial resistance, creating a platform for diagnostics, therapeutics and drug discovery
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
A Novel Catalyst Free Aqueous Method for the Synthesis of Pyrazole Based Potent Non β-Lactam Inhibitors
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
2025
A TOPICAL FORMULATION DERIVED FOR SKIN TISSUE REGENERATION AND ITS METHOD OF PREPARATION
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
ANTIBACTERIAL PEPTIDE CONJUGATE
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
2024
A System, Method and Device for the Detection of Drug Resistant Pathogen: Advanced BL Tester
The invention focuses on developing an integrated system, method and device for detecting drug-resistant pathogens, with the potential to support rapid and reliable antimicrobial resistance (AMR) screening. Its technical significance lies in translating microbiological drug-resistance detection into a dedicated testing platform, which can improve the speed, standardization and practical usability of pathogen resistance assessment. Such technology can contribute to early identification of resistant infections, informed antimicrobial selection, and AMR surveillance in clinical and environmental settings
ANTIBACTERIAL, SUPERHYDROPHOBIC AND HIGHLY TRANSPARENT COATED GLASS
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
A METHOD FOR DETECTING ANTIMICROBIAL RESISTANT BACTERIA FROM ENVIRONMENTAL SAMPLES (Environmental BL-Tester)
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
2022
A hydroxyapatite-nano crystal reinforced indigenous biopolymer-based composites for orthopaedic implants and their method of preparation
Intellectual property developed at the Hazra Lab regarding antimicrobial resistance and biomedical innovation.
2021
Colorimetric Assay for Testing the Presence of Antimicrobial Resistance: Basic BL tester
The invention focuses on a colorimetric assay for detecting antimicrobial resistance (AMR), providing a simple and potentially rapid approach for identifying the presence of resistant microorganisms. Its technical significance lies in using a visible color change as an indicator of antimicrobial resistance, which can simplify resistance screening and reduce dependence on complex analytical instrumentation. The approach has potential applications in rapid AMR detection, microbiological diagnostics and antimicrobial surveillance.
2020
A Method of Producing the Polyhydroxyalkanoate (PHA) Using Waste Water
The invention focuses on the production of polyhydroxyalkanoates (PHAs), biodegradable polymers from wastewater. Its technical significance lies in converting wastewater-derived organic resources into value-added biopolymers, thereby integrating wastewater treatment with sustainable bioplastic production. This approach can reduce dependence on conventional plastic feedstocks while promoting resource recovery and circular bioeconomy practices.
2017
Identification of Functional Internal Ribosomal Entry Site at Bovine Heat Shock Protein 90AA1
The invention is focused on identifying and characterizing a functional Internal Ribosome Entry Site (IRES) associated with the bovine HSP90AA1 gene. Technically, this can provide an alternative mechanism for translation initiation, particularly under cellular stress conditions such as heat shock. The work has potential significance in molecular biology, livestock genetics and stress-response research, with possible applications in understanding and improving heat-stress adaptation in cattle.