results 601-612 of 704
The System initiative: Systems Biology augmented, stem cell- derived, multi tissue panel for rapid Screening of Drugs as potential COVID-19 treatments
02/08/2021
Inventors: S Murugesan
The System initiative aims to develop a cutting-edge approach by leveraging systems biology in conjunction with stem cell technology to create a multi-tissue panel for fast and efficient drug screening, specifically focusing on potential COVID-19 treatments. This innovative platform seeks to expedite the process of identifying and testing various drug...
The System initiative aims to develop a cutting-edge approach by leveraging systems biology in conjunction with stem cell technology to create a multi-tissue panel for fast and efficient drug screening, specifically focusing on potential COVID-19 treatments. This innovative platform seeks to expedite the process of identifying and testing various drug candidates to combat the global pandemic, offering a more comprehensive and versatile solution for evaluating treatment options. By utilizing advanced scientific methods and technology, the initiative forefronts the quest for effective therapies while emphasizing the importance of precision medicine in addressing public health challenges. (Pharmacy)
Behavior of SHCC elements under Shear Loading
20/10/2023
Inventors: S B Singh
The behavior of Steel-Plate Hybrid Composite (SHCC) elements under shear loading conditions is a critical aspect to consider when analyzing their structural performance. Understanding how SHCC elements deform and interact under shear forces is essential for ensuring the overall stability and safety of a structure. By examining the unique properties...
The behavior of Steel-Plate Hybrid Composite (SHCC) elements under shear loading conditions is a critical aspect to consider when analyzing their structural performance. Understanding how SHCC elements deform and interact under shear forces is essential for ensuring the overall stability and safety of a structure. By examining the unique properties and responses of SHCC elements to shear loading, engineers and designers can make informed decisions to optimize the design and construction of various applications. Therefore, comprehensive studies on the shear behavior of SHCC elements play a significant role in advancing the field of structural engineering. (Civil Engineering)
Novel Pharmacological interventions against chronic kidney disease using clinically approved inodilators, ET-1A antagonists and bisphosphonates: Drug repurposing approach
20/12/2023
Inventors: Gaikwad Anil Bhanudas
Novel pharmacological interventions targeting chronic kidney disease are being explored utilizing inodilators, ET-1A antagonists, and bisphosphonates that are currently approved for clinical use, reflecting a drug repurposing strategy. This approach seeks to leverage the therapeutic properties of these drugs in a new context to combat the complexities of chronic kidney...
Novel pharmacological interventions targeting chronic kidney disease are being explored utilizing inodilators, ET-1A antagonists, and bisphosphonates that are currently approved for clinical use, reflecting a drug repurposing strategy. This approach seeks to leverage the therapeutic properties of these drugs in a new context to combat the complexities of chronic kidney disease effectively. The investigation into repurposing these medications holds promise for advancing treatment options and potentially improving outcomes for patients facing this challenging condition. By tapping into the potential of existing drugs in innovative ways, researchers aim to address the multifaceted nature of chronic kidney disease with renewed efficacy and precision. (Pharmacy)
Lipogenic Stearoyl CoA Desaturase (SCD) as a Promising Anti-Obesity and Anti-NAFLD Target: High-Throughput Screening and Biochemical Validation of Synthetic and Natural Product Molecules
20/02/2023
Inventors: P R Deepa, Pankaj Kumar Sharma
Lipogenic Stearoyl CoA Desaturase (SCD) is identified as a promising target for combating obesity and non-alcoholic fatty liver disease (NAFLD). Through high-throughput screening and subsequent biochemical validation, both synthetic compounds and natural product molecules have been investigated for their potential efficacy. The research into SCD as an anti-obesity and anti-NAFLD...
Lipogenic Stearoyl CoA Desaturase (SCD) is identified as a promising target for combating obesity and non-alcoholic fatty liver disease (NAFLD). Through high-throughput screening and subsequent biochemical validation, both synthetic compounds and natural product molecules have been investigated for their potential efficacy. The research into SCD as an anti-obesity and anti-NAFLD target holds significant promise in the development of novel therapeutic interventions aimed at addressing these prevalent health issues in a comprehensive and effective manner. (Biological Sciences)
Eco-Friendly Solution with Metal Recovery and Value Added Products from Stainless Steel Spent Pickle Liquor: A Zero Waste Business Model
20/03/2023
Inventors: Anupam Singhal, Srikanta Routroy
In the pursuit of sustainability, an eco-friendly solution has been developed to recover metal and create value-added products using stainless steel spent pickle liquor. This innovative approach not only minimizes waste but also establishes a zero waste business model that prioritizes environmental responsibility. By implementing efficient processes to extract metals...
In the pursuit of sustainability, an eco-friendly solution has been developed to recover metal and create value-added products using stainless steel spent pickle liquor. This innovative approach not only minimizes waste but also establishes a zero waste business model that prioritizes environmental responsibility. By implementing efficient processes to extract metals and transform waste materials into new products, this approach contributes to a more circular economy and helps conserve natural resources. Through these efforts, industries can reduce their ecological footprint and move towards a more sustainable future. (Civil Engineering)
Developing Frontend for Virtual Farms “Grow for You”
20/07/2022
Inventors: Ashutosh Bhatia, Kamlesh Tiwari
We are currently in the process of creating the frontend design for our exciting virtual farming simulation called "Grow for You". Our talented team is fully dedicated to crafting an immersive and visually compelling interface that will allow users to engage with the virtual world of farming in a seamless...
We are currently in the process of creating the frontend design for our exciting virtual farming simulation called "Grow for You". Our talented team is fully dedicated to crafting an immersive and visually compelling interface that will allow users to engage with the virtual world of farming in a seamless and interactive way. Through a combination of intuitive design elements and user-friendly features, we aim to provide an enjoyable and educational experience for players of all ages. Stay tuned for updates on our progress as we work towards launching this innovative platform infused with the charm of agriculture. (CS&IS)
Understanding Vir Genes: Potential Mediators of Cyto- Adherence in Severe Malaria from Plasmodium vi
20/09/2023
Inventors: Ashis Kumar Das
The role of Vir Genes in severe malaria caused by Plasmodium vi is being investigated as potential mediators of cyto-adherence. Understanding the function and impact of these genes could provide insights into how the parasite interacts with host cells, which is crucial for the development of effective treatment strategies. By...
The role of Vir Genes in severe malaria caused by Plasmodium vi is being investigated as potential mediators of cyto-adherence. Understanding the function and impact of these genes could provide insights into how the parasite interacts with host cells, which is crucial for the development of effective treatment strategies. By studying these Vir Genes, researchers aim to uncover novel pathways and mechanisms involved in the pathogenesis of severe malaria, ultimately contributing to the advancement of therapeutic interventions for this life-threatening disease. (Biological Sciences)
Biodegradable, Flexible and Printable Ambipolar Organic Field-Effect Transistors Based on Cellulose and Naphthalenediimide Co-polymer
21/10/2022
Inventors: Mohit Garg
Biodegradable, flexible and printable ambipolar organic field-effect transistors are developed using a unique combination of cellulose and naphthalenediimide co-polymer. These transistors offer sustainable and versatile electronic solutions that align with environmentally friendly practices. Through innovative design and material composition, they demonstrate the potential for advancing biodegradable electronics technology. Their properties...
Biodegradable, flexible and printable ambipolar organic field-effect transistors are developed using a unique combination of cellulose and naphthalenediimide co-polymer. These transistors offer sustainable and versatile electronic solutions that align with environmentally friendly practices. Through innovative design and material composition, they demonstrate the potential for advancing biodegradable electronics technology. Their properties make them suitable for various applications, capitalizing on the benefits of biodegradability, flexibility, and printability. The integration of cellulose and naphthalenediimide co-polymer in the transistors highlights a promising direction in sustainable electronics research and development. (Chemical Engineering)
Convolutional Neural Networks and their Hardware Implementation for Improved Performance
21/03/2022
Inventors: Abhijit Rameshwar Asati
Convolutional neural networks have revolutionized various fields with their ability to learn complex patterns and features, and their hardware implementation further enhances their performance by optimizing computational processes. The synergy between these advanced neural networks and efficient hardware systems translates into significant improvements in processing speed and accuracy, making them...
Convolutional neural networks have revolutionized various fields with their ability to learn complex patterns and features, and their hardware implementation further enhances their performance by optimizing computational processes. The synergy between these advanced neural networks and efficient hardware systems translates into significant improvements in processing speed and accuracy, making them indispensable for tasks like image recognition, natural language processing, and medical diagnosis. The continuous optimization and fine-tuning of both the neural network architecture and the supporting hardware infrastructure contribute to pushing the boundaries of what is achievable in the realm of artificial intelligence and machine learning. (EEE)
LoRa-WSN-based IoT Communication Platform for Precision Agriculture
21/03/2022
Inventors: Sai Sesha Chalapathi Gattupalli
The LoRa-WSN-based IoT Communication Platform for Precision Agriculture integrates advanced technology to enhance the efficiency and productivity of modern agricultural practices. Leveraging the power of long-range communication and wireless sensor networks, this innovative platform provides real-time monitoring and data analytics capabilities to facilitate precision farming operations. By enabling seamless connectivity...
The LoRa-WSN-based IoT Communication Platform for Precision Agriculture integrates advanced technology to enhance the efficiency and productivity of modern agricultural practices. Leveraging the power of long-range communication and wireless sensor networks, this innovative platform provides real-time monitoring and data analytics capabilities to facilitate precision farming operations. By enabling seamless connectivity and data exchange between various sensors and agricultural equipment, this platform empowers farmers to make informed decisions, optimize resource utilization, and improve crop yields. In essence, it serves as a cutting-edge solution that revolutionizes traditional farming methods and contributes to sustainable agricultural growth. (EEE)
Assessing the impact of environmental education on Pro-environmental behavior among the students of Higher Education Institutions in India
21/03/2023
Inventors: Praveen Goyal, Udayan Chanda
This study aims to evaluate the effectiveness of environmental education programs in promoting Pro-environmental behavior among students enrolled in Higher Education Institutions across India. The research will focus on analyzing the influence of environmental education on students' attitudes and actions towards environmental sustainability within the academic setting. By assessing the...
This study aims to evaluate the effectiveness of environmental education programs in promoting Pro-environmental behavior among students enrolled in Higher Education Institutions across India. The research will focus on analyzing the influence of environmental education on students' attitudes and actions towards environmental sustainability within the academic setting. By assessing the impact of these educational initiatives, valuable insights can be gained into the potential of environmental education to inspire positive environmental practices and behaviors among the student population within Higher Education Institutions in India. (Management)
Al-Enabled Drone-Based Remote Health Assessment of PMGSY Roads
22/01/2022
Inventors: Pratik Narang, Ajit Pratap Singh .
Artificial Intelligence-enabled drones are being utilized to conduct remote health assessments of Pradhan Mantri Gram Sadak Yojana (PMGSY) roads. This innovative approach harnesses cutting-edge technology to efficiently monitor and evaluate the condition of the roads, identifying potential issues and ensuring timely maintenance and improvements when needed. By combining advanced AI...
Artificial Intelligence-enabled drones are being utilized to conduct remote health assessments of Pradhan Mantri Gram Sadak Yojana (PMGSY) roads. This innovative approach harnesses cutting-edge technology to efficiently monitor and evaluate the condition of the roads, identifying potential issues and ensuring timely maintenance and improvements when needed. By combining advanced AI algorithms with drone technology, this method facilitates accurate data collection and analysis, offering insights into the overall health and performance of PMGSY roads. Ultimately, such implementation enhances road infrastructure management practices, promoting sustainable development and safer transportation networks in rural areas. (CS&IS)
