results 649-660 of 704
Development of a Resonant Glucose Sensor prototype using Smart Hydrogels
29/12/2023
Inventors: Yenuganti Sujan, Pankaj Arora
The project involves the meticulous development of a cutting-edge resonant glucose sensor prototype that leverages the innovative capabilities of smart hydrogels. By integrating advanced technology with the unique properties of these materials, the sensor aims to provide a sophisticated and reliable means of monitoring glucose levels. This interdisciplinary approach combines...
The project involves the meticulous development of a cutting-edge resonant glucose sensor prototype that leverages the innovative capabilities of smart hydrogels. By integrating advanced technology with the unique properties of these materials, the sensor aims to provide a sophisticated and reliable means of monitoring glucose levels. This interdisciplinary approach combines expertise in sensor design and biomaterials, offering a promising solution for accurate and continuous glucose sensing in various applications. Through meticulous research and experimentation, this prototype seeks to pave the way for more efficient and accessible glucose monitoring tools that can significantly impact healthcare and improve quality of life. (EEE)
Development of a Tumor-Microenvironment Responsive, Cancer Theranostic Nanodots for Photodynamic-Immunotherapy
29/08/2023
Inventors: Aniruddha Roy, I R Laskar .
In this cutting-edge research project, scientists are focused on creating highly innovative nanodots that can respond to the tumor microenvironment, with the primary goal of enhancing cancer treatment efficacy through a combination of photodynamic therapy and immunotherapy. These nanodots are designed to not only target cancer cells accurately but also...
In this cutting-edge research project, scientists are focused on creating highly innovative nanodots that can respond to the tumor microenvironment, with the primary goal of enhancing cancer treatment efficacy through a combination of photodynamic therapy and immunotherapy. These nanodots are designed to not only target cancer cells accurately but also to activate a specific response within the immune system to potentially boost the overall anti-tumor effects. This interdisciplinary approach holds great promise in revolutionizing cancer therapeutics by providing a multifaceted treatment option that can adapt to the unique characteristics of individual tumors, ultimately leading to more successful outcomes for patients battling cancer. (Pharmacy)
Discovery and Biological Evaluation of Novel Dual Inhibitors of DprE1 and InhA as Potential Anti Tubercular Agents
29/08/2023
Inventors: S Murugesan
The process of discovery, along with subsequent biological evaluation, has led to the identification of innovative compounds that exhibit dual inhibitory activity against both DprE1 and InhA enzymes. These compounds are being investigated for their potential as effective anti-tubercular agents, demonstrating promise in the fight against tuberculosis. The research involved...
The process of discovery, along with subsequent biological evaluation, has led to the identification of innovative compounds that exhibit dual inhibitory activity against both DprE1 and InhA enzymes. These compounds are being investigated for their potential as effective anti-tubercular agents, demonstrating promise in the fight against tuberculosis. The research involved in uncovering these dual inhibitors marks a significant advancement in the development of novel therapeutic approaches for combating this infectious disease. (Pilani Institute wide)
Influence of Rainfall on Landslide Susceptibility of Soil-Rock Slopes
03/10/2023
Inventors: Nishant Roy
The susceptibility of soil-rock slopes to landslides is profoundly impacted by the amount and intensity of rainfall experienced in the region. Rainfall plays a crucial role in altering the stability of these slopes by softening the soil, increasing pore water pressure, and destabilizing the rocks. Understanding the intricate relationship between...
The susceptibility of soil-rock slopes to landslides is profoundly impacted by the amount and intensity of rainfall experienced in the region. Rainfall plays a crucial role in altering the stability of these slopes by softening the soil, increasing pore water pressure, and destabilizing the rocks. Understanding the intricate relationship between rainfall and landslide susceptibility is essential for effective hazard mitigation and slope stabilization measures. Consequently, studying the influence of rainfall on soil-rock slopes is vital for developing accurate landslide risk assessment models and implementing proactive measures to minimize the potential impact of landslides in vulnerable areas. (Civil Engineering)
Investigating membrane degradation and its mitigation for enhancing the performance for Green Hydrogen powered Proton Exchange Membrane Fuel Cell (PEMFC)
03/10/2023
Inventors: Jay Pandey
Investigating membrane degradation is crucial for improving the efficiency of green hydrogen-powered proton exchange membrane fuel cells (PEMFCs). By understanding how degradation occurs and implementing effective mitigation strategies, we can enhance the overall performance and longevity of PEMFCs, ultimately advancing the development of sustainable energy technologies. This research aims to...
Investigating membrane degradation is crucial for improving the efficiency of green hydrogen-powered proton exchange membrane fuel cells (PEMFCs). By understanding how degradation occurs and implementing effective mitigation strategies, we can enhance the overall performance and longevity of PEMFCs, ultimately advancing the development of sustainable energy technologies. This research aims to not only address current limitations but also pave the way for more durable and reliable fuel cell systems that can contribute to the widespread adoption of green hydrogen as a clean energy source. (Chemical Engineering)
Nose-to-brain (N2B) delivery of In-Situ gel containing Rotigotine-loaded hybrid Nanoparticles for Alzheimer’s Disease
03/10/2023
Inventors: Deepak Chitkara
In this innovative study, researchers explore the efficacy of delivering rotigotine-loaded hybrid nanoparticles directly from the nose to the brain using an in-situ gel formulation for the treatment of Alzheimer's disease. This novel approach aims to increase the targeted delivery of medication to the brain, potentially improving treatment outcomes and...
In this innovative study, researchers explore the efficacy of delivering rotigotine-loaded hybrid nanoparticles directly from the nose to the brain using an in-situ gel formulation for the treatment of Alzheimer's disease. This novel approach aims to increase the targeted delivery of medication to the brain, potentially improving treatment outcomes and reducing potential side effects associated with systemic administration. By harnessing the unique characteristics of hybrid nanoparticles and the intranasal route of administration, this N2B delivery system could represent a promising strategy for enhancing the therapeutic effectiveness of rotigotine in Alzheimer's disease management. (Pharmacy)
Technical guidance to Rangsons Thermal Management Projects
03/08/2021
Inventors: Chennu Ranganayakulu
For Rangsons Thermal Management Projects, we provide comprehensive technical guidance that encompasses every aspect of the project from inception to completion, offering expertise in advanced cooling systems, energy-efficient solutions, and innovative project management strategies. Our experienced team collaborates closely with clients to tailor our guidance to their specific needs, ensuring...
For Rangsons Thermal Management Projects, we provide comprehensive technical guidance that encompasses every aspect of the project from inception to completion, offering expertise in advanced cooling systems, energy-efficient solutions, and innovative project management strategies. Our experienced team collaborates closely with clients to tailor our guidance to their specific needs, ensuring seamless implementation and successful outcomes. With a focus on cutting-edge technologies and sustainable practices, we aim to optimize the efficiency and performance of thermal management projects, delivering reliable solutions that meet the highest industry standards and exceed expectations. (Mechanical Engineering)
Elucidating the Dynamics of Photosynthesis and Cell Wall Remodeling in E Salsugineum, an Extremophilic Plant During Abiotic Stress and Subsequent Recovery Phases for Crop Improvement in the Scenario of Climate Change
30/11/2023
Inventors: Balakumaran Chandrasekar
An essential research focus lies in elucidating the intricate mechanisms underlying photosynthesis and cell wall remodeling in E. salsugineum, an extremophilic plant that thrives in challenging environments. This investigation aims to uncover how these processes adapt to abiotic stress and subsequently recover, providing crucial insights for enhancing crop resilience in...
An essential research focus lies in elucidating the intricate mechanisms underlying photosynthesis and cell wall remodeling in E. salsugineum, an extremophilic plant that thrives in challenging environments. This investigation aims to uncover how these processes adapt to abiotic stress and subsequently recover, providing crucial insights for enhancing crop resilience in the face of climate change. By analyzing the dynamics of these biochemical pathways, scientists seek to develop sustainable agricultural strategies that can better withstand the challenges posed by environmental fluctuations, ultimately contributing to global food security and agricultural sustainability. (Biological Sciences)
Designing Optimal and Targeted Advertisement Campaign Strategy for Online E-Commerce Platforms using AI and Machine Learning
30/12/2021
Inventors: Yashvardhan Sharma, Udayan Chanda
Designing an optimal and targeted advertisement campaign strategy for online e-commerce platforms involves exploring the potential of AI and machine learning technologies to maximize effectiveness. By leveraging these advanced technologies, businesses can tailor their marketing efforts to reach specific audiences with customized messages, thereby increasing engagement and driving sales. The...
Designing an optimal and targeted advertisement campaign strategy for online e-commerce platforms involves exploring the potential of AI and machine learning technologies to maximize effectiveness. By leveraging these advanced technologies, businesses can tailor their marketing efforts to reach specific audiences with customized messages, thereby increasing engagement and driving sales. The strategic utilization of AI and machine learning algorithms enables companies to analyze vast amounts of data to identify trends, patterns, and consumer behaviors, ultimately leading to more successful advertising campaigns that yield higher returns on investment. By embracing this innovative approach, e-commerce businesses can gain a competitive edge in the rapidly evolving digital landscape (CS&IS)
Test Method Development for Releasable Formaldehyde-Content Detection from Artificial Leather
30/08/2022
Inventors: Etika Krishna Chaitanya
In this study, we focused on developing a reliable test method specifically tailored for the detection of releasable formaldehyde content in artificial leather materials. The main objective was to establish a robust protocol that could accurately measure the levels of formaldehyde released by these synthetic leather products. Through a series...
In this study, we focused on developing a reliable test method specifically tailored for the detection of releasable formaldehyde content in artificial leather materials. The main objective was to establish a robust protocol that could accurately measure the levels of formaldehyde released by these synthetic leather products. Through a series of rigorous experiments and analyses, we aimed to devise a method that would aid in monitoring and regulating the formaldehyde content in artificial leather, thereby contributing to the overall safety and quality of such materials used in various industries. (Chemical Engineering)
Critical Investigation on alloy stainless steel BI Metallic joining using Stir welding for Aerospace Application
31/01/2022
Inventors: Suvanjan Bhattacharyya
A critical investigation is being conducted on the joining of alloy stainless steel BI Metallic using Stir welding specifically for aerospace applications. This research aims to analyze the effectiveness and feasibility of this welding method in creating strong and durable bonds in aerospace structures. The study will explore the potential...
A critical investigation is being conducted on the joining of alloy stainless steel BI Metallic using Stir welding specifically for aerospace applications. This research aims to analyze the effectiveness and feasibility of this welding method in creating strong and durable bonds in aerospace structures. The study will explore the potential benefits, challenges, and application areas of this novel joining technique, with a particular focus on its practicality and performance in aerospace engineering. Additionally, the research will delve into the material properties, welding parameters, and quality control aspects to ensure that the welded joints meet the stringent requirements of aerospace industry standards. (Mechanical Engineering)
Development of different grades of PVDF Hollow Fiber Membranes for Development of In-House Water Filtration Systems
31/01/2022
Inventors: Somak Chatterjee, Banasri Roy
The research project involves the meticulous and systematic creation of various grades of PVDF hollow fiber membranes designed exclusively for the purpose of constructing innovative in-house water filtration systems. The development process is comprehensive and focuses on enhancing the efficacy and efficiency of filtration technology, with a particular emphasis on...
The research project involves the meticulous and systematic creation of various grades of PVDF hollow fiber membranes designed exclusively for the purpose of constructing innovative in-house water filtration systems. The development process is comprehensive and focuses on enhancing the efficacy and efficiency of filtration technology, with a particular emphasis on sustainability and cost-effectiveness. This extensive endeavor aims to address the growing demand for reliable and affordable water purification solutions, incorporating advanced materials and engineering techniques to achieve optimal performance and durability in residential and commercial settings. (Chemical Engineering)
