results 169-180 of 557
Quantification Of Immune Cell Heterogeneity In Vitro & In Vivo By Flow Cytometry
15/02/2024
Inventors: Trinath Jamma, Vidya Rajesh and Onkar Kulkarni
This research focuses on quantifying immune cell heterogeneity both in vitro (in the laboratory) and in vivo (within living organisms) using flow cytometry. The study aims to analyze and characterize the diverse populations of immune cells, including their types, proportions, and functional states. By applying flow cytometry, a technique that...
This research focuses on quantifying immune cell heterogeneity both in vitro (in the laboratory) and in vivo (within living organisms) using flow cytometry. The study aims to analyze and characterize the diverse populations of immune cells, including their types, proportions, and functional states. By applying flow cytometry, a technique that allows for the rapid analysis of cell characteristics based on light scattering and fluorescence, the research seeks to provide detailed insights into immune cell diversity. This information is crucial for understanding immune responses, developing targeted therapies, and improving diagnostic and treatment strategies for various diseases. (Biological Science)
A Point-of-Care Tool for Monitoring Bacterial Infection in Wounds
13/02/2024
Inventors: Ramendra Kishore Pal, Debirupa Mitra
The project focuses on developing a point-of-care tool designed for monitoring bacterial infections in wounds. This innovative tool aims to provide rapid, on-site detection and assessment of bacterial presence, allowing for timely and accurate diagnosis. By integrating advanced diagnostic technology, the tool is intended to improve wound care management, facilitate...
The project focuses on developing a point-of-care tool designed for monitoring bacterial infections in wounds. This innovative tool aims to provide rapid, on-site detection and assessment of bacterial presence, allowing for timely and accurate diagnosis. By integrating advanced diagnostic technology, the tool is intended to improve wound care management, facilitate prompt treatment decisions, and enhance patient outcomes. The research aims to create a user-friendly, efficient device that can be easily employed in various clinical settings, offering significant improvements in managing wound infections and reducing the risk of complications. (Chemical Engineering)
D-Bioprinted Contact Lens Embedding Host-Defense Peptide S100A12 as Precision Medicine for Bacterial Keratitis
15/02/2024
Inventors: Swati Biswas, Sanhita Roy and Balaram Ghosh
The study focuses on developing a D-bioprinted contact lens that incorporates the host-defense peptide S100A12 for precision medicine in treating bacterial keratitis. This innovative contact lens is designed to deliver the peptide directly to the eye, targeting bacterial infections with high specificity. The research aims to enhance the therapeutic effectiveness...
The study focuses on developing a D-bioprinted contact lens that incorporates the host-defense peptide S100A12 for precision medicine in treating bacterial keratitis. This innovative contact lens is designed to deliver the peptide directly to the eye, targeting bacterial infections with high specificity. The research aims to enhance the therapeutic effectiveness of S100A12 by embedding it within a bioprinted contact lens, providing localized and sustained antimicrobial action. This approach represents a significant advancement in personalized ophthalmic treatment, aiming to improve outcomes for patients with bacterial keratitis through targeted, peptide-based therapy. (Pharmacy)
Molecular Studies on Bacopa monnieri to Evaluate the Modulation of Neuronal Receptors for Schizophrenia using Cell Based and Mouse Models
12/01/2024
Inventors: Vidya Rajesh, Balaram Ghosh, Onkar Prakash Kulkarni and Kamal Nayan Dwivedi
This study investigates the effects of Bacopa monnieri, a medicinal plant, on neuronal receptors related to schizophrenia. By employing both cell-based and mouse models, the research aims to understand how Bacopa monnieri influences these receptors and potentially modulates symptoms of schizophrenia. The study involves molecular analyses to assess changes in...
This study investigates the effects of Bacopa monnieri, a medicinal plant, on neuronal receptors related to schizophrenia. By employing both cell-based and mouse models, the research aims to understand how Bacopa monnieri influences these receptors and potentially modulates symptoms of schizophrenia. The study involves molecular analyses to assess changes in receptor activity and signaling pathways in response to Bacopa monnieri extracts. The goal is to explore the plant's therapeutic potential for schizophrenia, providing insights into its mechanism of action and its efficacy as a treatment option for this complex neuropsychiatric disorder. (Biological Science)
Antibiotic Loaded Corneal Device: A Platform Delivery System to Tackle Ophthalmic Infections
01/01/2024
Inventors: Nirmal J, Vamsi Krishna V
The ""Antibiotic Loaded Corneal Device"" is an innovative platform designed to address ophthalmic infections through targeted drug delivery. This device is engineered to release antibiotics directly onto the cornea, ensuring localized and sustained treatment of eye infections. By integrating an antibiotic-loaded system into a corneal device, the approach aims to...
The ""Antibiotic Loaded Corneal Device"" is an innovative platform designed to address ophthalmic infections through targeted drug delivery. This device is engineered to release antibiotics directly onto the cornea, ensuring localized and sustained treatment of eye infections. By integrating an antibiotic-loaded system into a corneal device, the approach aims to enhance the efficacy of treatment, reduce the frequency of drug administration, and minimize systemic side effects. This technology represents a significant advancement in ophthalmic care, offering a precise and effective solution for managing and preventing infections in the corneal region. (Pharmacy)
Single Step Hydrogenation of CO2 to Ethanol with H2 from water-splitting over Single Atom Catalysts & Single Atom bimetallic and Trimetallic Alloys in Flow Reactor
05/12/2023
Inventors: Sounak Roy
This study explores a single-step process for hydrogenating carbon dioxide (CO2) to ethanol using hydrogen (H2) derived from water-splitting. It focuses on utilizing single atom catalysts, as well as single and bimetallic and trimetallic alloy catalysts, in a flow reactor setup. The research aims to optimize these catalysts to efficiently...
This study explores a single-step process for hydrogenating carbon dioxide (CO2) to ethanol using hydrogen (H2) derived from water-splitting. It focuses on utilizing single atom catalysts, as well as single and bimetallic and trimetallic alloy catalysts, in a flow reactor setup. The research aims to optimize these catalysts to efficiently convert CO2 into ethanol, a valuable chemical and fuel. By investigating various catalytic systems, the study seeks to enhance reaction efficiency, selectivity, and overall performance of the CO2 hydrogenation process, contributing to sustainable fuel production and carbon capture technologies. (Chemistry)
Integrated Multiplexed IoT Enabled Microfluidic Point of Care Sensing Platform for Various Explosives
04/12/2023
Inventors: BVVSN Prabhakar Rao, Sanket Goel and Satish Kumar Dubey
This research develops an integrated, multiplexed, IoT-enabled microfluidic point-of-care sensing platform designed to detect various explosives. The platform combines microfluidic technology with Internet of Things (IoT) capabilities to offer rapid, sensitive, and on-site detection of explosive materials. It features multiplexed sensing, allowing simultaneous analysis of multiple substances, and integrates real-time...
This research develops an integrated, multiplexed, IoT-enabled microfluidic point-of-care sensing platform designed to detect various explosives. The platform combines microfluidic technology with Internet of Things (IoT) capabilities to offer rapid, sensitive, and on-site detection of explosive materials. It features multiplexed sensing, allowing simultaneous analysis of multiple substances, and integrates real-time data processing and remote monitoring through IoT connectivity. This approach aims to enhance security and safety by providing a portable and efficient tool for explosives detection in diverse settings, such as airports, military bases, and public events. (EEE)
Development Of Deep Learning Framework for Auto Quality Certification of all IRS Optical Satellite Images
14/11/2023
Inventors: Aritra Mukherjee, Abhijit Das
This research focuses on developing a deep learning framework for automating the quality certification of optical satellite images from the Indian Remote Sensing (IRS) satellites. The framework utilizes advanced machine learning techniques to assess image quality, identifying and classifying issues such as distortion, noise, or resolution problems. By automating the...
This research focuses on developing a deep learning framework for automating the quality certification of optical satellite images from the Indian Remote Sensing (IRS) satellites. The framework utilizes advanced machine learning techniques to assess image quality, identifying and classifying issues such as distortion, noise, or resolution problems. By automating the quality control process, the framework aims to enhance the efficiency and accuracy of satellite image assessments. This system is designed to streamline the workflow, reduce manual intervention, and ensure high-quality imagery for various applications, including environmental monitoring, urban planning, and disaster management. (CS&IS)
Integrated Oplet Microfluidic Device for Ultra-High Throughput Biochemical Applications
20/10/2023
Inventors: Jayaprakash K S, Sanket Goel and Nilanjan Dey
The integrated oplet microfluidic device is designed to significantly enhance biochemical applications by enabling ultra-high throughput analysis. This device combines multiple functionalities within a compact microfluidic system, allowing for the simultaneous processing and analysis of numerous biochemical samples. By utilizing advanced design features and integration techniques, the device achieves high...
The integrated oplet microfluidic device is designed to significantly enhance biochemical applications by enabling ultra-high throughput analysis. This device combines multiple functionalities within a compact microfluidic system, allowing for the simultaneous processing and analysis of numerous biochemical samples. By utilizing advanced design features and integration techniques, the device achieves high efficiency and speed in biochemical assays, such as enzyme screenings or drug testing. Its integration of various processes into a single platform reduces the need for extensive manual handling, increases sample throughput, and improves overall analytical precision, making it a valuable tool for research and clinical laboratories. (Mechanical Engineering)
Generalized Tampering Detection in Media (GTDM)
A Multi-Physics Phase Field Framework for Modeling Hydraulic Fracture
05/10/2023
Inventors: Raghu Piska
This study develops a multi-physics phase field framework to model hydraulic fractures, which are critical in fields like geomechanics and hydrocarbon extraction. The framework integrates various physical processes involved in hydraulic fracturing, such as fluid flow, fracture mechanics, and material deformation. By employing phase field methods, the research aims to...
This study develops a multi-physics phase field framework to model hydraulic fractures, which are critical in fields like geomechanics and hydrocarbon extraction. The framework integrates various physical processes involved in hydraulic fracturing, such as fluid flow, fracture mechanics, and material deformation. By employing phase field methods, the research aims to simulate the complex interactions between these processes with greater accuracy and detail. The goal is to enhance understanding and prediction of hydraulic fractures' behavior, improving resource extraction techniques and mitigating potential risks associated with fracturing processes. (Civil Engineering)
Ayushman Bharat: Outreach and Efficacy across States in India
26/09/2023
Inventors: Pranab Kumar Das, Dushyant Kumar and Vivekananda M
This study evaluates the outreach and effectiveness of the Ayushman Bharat scheme across various states in India. Ayushman Bharat is a major health initiative aimed at providing affordable healthcare coverage to millions of low-income families. The research assesses how well the program is implemented and its impact on improving health...
This study evaluates the outreach and effectiveness of the Ayushman Bharat scheme across various states in India. Ayushman Bharat is a major health initiative aimed at providing affordable healthcare coverage to millions of low-income families. The research assesses how well the program is implemented and its impact on improving health outcomes, access to medical services, and financial protection against health-related expenses. By examining state-specific variations and challenges, the study seeks to identify successful strategies and areas for improvement, ultimately aiming to enhance the overall efficacy and reach of the health insurance scheme nationwide. (Economics and Finance)
An Institute of Eminence
