results 625-636 of 704
Operator-Valued Multishifts associated with Directed Graphs
24/07/2018
Inventors: Shailesh Trivedi
In mathematical analysis, operator-valued multishifts provide a powerful framework for studying complex systems, particularly those associated with directed graphs. These multishifts play a crucial role in understanding the dynamics and interactions of operators within a graph structure. By exploring the relationships between operators and graph theory, researchers gain valuable insights...
In mathematical analysis, operator-valued multishifts provide a powerful framework for studying complex systems, particularly those associated with directed graphs. These multishifts play a crucial role in understanding the dynamics and interactions of operators within a graph structure. By exploring the relationships between operators and graph theory, researchers gain valuable insights into the behavior and properties of directed graphs. The concept of multishifts extends our understanding of how operators act on function spaces, offering a comprehensive approach to analyzing the intricacies of directed graph systems. In essence, operator-valued multishifts shed light on the interconnectedness between operators and graph structures. (Mathematics)
DBT-BUILDER -University of Birla Institute of Technology and Science Pilani, Pilani Campus Interdisciplinary Life Science Programme for Advanced Research and Education in Epigenetics and Genome editing
24/09/2021
Inventors: Ashis Kumar Das, Hemant Jadhav
The DBT-BUILDER program is a cutting-edge initiative offered at the University of Birla Institute of Technology and Science Pilani, Pilani Campus. This interdisciplinary life science program provides advanced training and education in the fields of epigenetics and genome editing, aiming to equip participants with the skills and knowledge needed to...
The DBT-BUILDER program is a cutting-edge initiative offered at the University of Birla Institute of Technology and Science Pilani, Pilani Campus. This interdisciplinary life science program provides advanced training and education in the fields of epigenetics and genome editing, aiming to equip participants with the skills and knowledge needed to drive innovation and breakthroughs in these crucial areas of study. Through a comprehensive curriculum and state-of-the-art facilities, the program fosters a dynamic learning environment that encourages research, collaboration, and discovery. Participants in the DBT-BUILDER program have the unique opportunity to delve deep into the intricacies of epigenetics and genome editing, gaining valuable insights and expertise that will propel them towards successful careers in the life sciences. (Biological Sciences)
Value Chain Analysis of Isabgol in select districts of Rajasthan
25/10/2023
Inventors: Deepak Chitkara
Conducting a comprehensive Value Chain Analysis of Isabgol within the specific districts of Rajasthan allows for an in-depth examination of the entire process from production to consumption, enabling a detailed understanding of the various stages involved in the cultivation, harvesting, processing, distribution, and marketing of this medicinal plant in the...
Conducting a comprehensive Value Chain Analysis of Isabgol within the specific districts of Rajasthan allows for an in-depth examination of the entire process from production to consumption, enabling a detailed understanding of the various stages involved in the cultivation, harvesting, processing, distribution, and marketing of this medicinal plant in the region. Such an analysis provides valuable insights into the challenges and opportunities within the Isabgol industry, facilitating strategic decision-making and the implementation of targeted interventions to enhance the overall efficiency and competitiveness of the sector, ultimately contributing to the growth and sustainability of Isabgol production in Rajasthan. (Pharmacy)
Crystallographic Orientation (Lattice Plane) dependent selective Gas Sensing: A new approach in Metal-Oxides (MOx) based Gas Sensor
25/12/2020
Inventors: S Gangopadhyay
In the realm of gas sensing technologies, a novel strategy has emerged, exploiting the crystallographic orientation, specifically the lattice plane, to enable selective detection of gases. This pioneering method represents a significant advancement in the field of metal-oxides (MOx) based gas sensors, providing enhanced specificity and sensitivity in recognizing targeted...
In the realm of gas sensing technologies, a novel strategy has emerged, exploiting the crystallographic orientation, specifically the lattice plane, to enable selective detection of gases. This pioneering method represents a significant advancement in the field of metal-oxides (MOx) based gas sensors, providing enhanced specificity and sensitivity in recognizing targeted gases. By harnessing the unique properties of crystallographic orientation, this innovative approach opens up new possibilities for tailoring gas sensors to meet diverse sensing requirements, thereby paving the way for more efficient and precise detection of gases in various applications. (Physics)
Determining short term financing for Make in India Initiative: A Case Study of Small and Medium Enterprises in Rajasthan
25/03/2022
Inventors: Saurabh Chadha, Satyendra Kr Sharma
In this case study, we delve into the intricate process of determining short-term financing options specifically tailored for the Make in India Initiative, focusing on the financial challenges faced by Small and Medium Enterprises (SMEs) in the state of Rajasthan. By exploring the unique financial needs and constraints of these...
In this case study, we delve into the intricate process of determining short-term financing options specifically tailored for the Make in India Initiative, focusing on the financial challenges faced by Small and Medium Enterprises (SMEs) in the state of Rajasthan. By exploring the unique financial needs and constraints of these businesses, we aim to shed light on the importance of accessible and sustainable financial support to foster growth and success in the local entrepreneurial ecosystem. (Management)
Opportunities and Challenges in Enhancing Farm Income through Farmer Producer Organizations: A Case study of Rajasthan
25/03/2022
Inventors: Krishna Muniyoor, Satyendra Kr Sharma
The study of 'Opportunities and Challenges in Enhancing Farm Income through Farmer Producer Organizations: A Case study of Rajasthan' aims to delve into the various aspects that impact the income generation of farmers in the region. By examining the potential opportunities and obstacles faced by farmers participating in producer organizations...
The study of 'Opportunities and Challenges in Enhancing Farm Income through Farmer Producer Organizations: A Case study of Rajasthan' aims to delve into the various aspects that impact the income generation of farmers in the region. By examining the potential opportunities and obstacles faced by farmers participating in producer organizations in Rajasthan, the research seeks to provide valuable insights and recommendations for augmenting the financial returns of agricultural activities. Through a detailed analysis of the theoretical framework and practical implications, this study aspires to shed light on the strategies that could be adopted to uplift the socio-economic status of farmers and promote sustainable agricultural practices in the region. (Economics)
Preparation of District Environmental Plan (DEMP), Dist. Bikaner
25/03/2022
Inventors: Ajit Pratap Singh
The comprehensive preparation of the District Environmental Plan (DEMP) for the vibrant region of Dist Bikaner is currently in progress. Expert environmental researchers, urban planners, and community stakeholders are collaborating to create a forward-thinking strategy that will safeguard the natural resources, promote sustainable development, and enhance the overall quality of...
The comprehensive preparation of the District Environmental Plan (DEMP) for the vibrant region of Dist Bikaner is currently in progress. Expert environmental researchers, urban planners, and community stakeholders are collaborating to create a forward-thinking strategy that will safeguard the natural resources, promote sustainable development, and enhance the overall quality of life in the district. Through in-depth assessments, consultation sessions, and data analysis, the DEMP is being meticulously crafted to address key environmental challenges, identify opportunities for conservation and growth, and outline actionable steps for achieving a harmonious balance between development and environmental protection. (Civil Engineering)
Doubling Farm Women’s Income: Entrepreneurship Development through Post-Harvest and Technology Integration in Arid Zone
25/06/2021
Inventors: Srikanta Routroy, Satyendra Kr Sharma
Empowering farm women to increase their income is a key goal of the project, achieved through fostering entrepreneurship opportunities within the arid zone. This includes providing support for post-harvest techniques and integrating technology solutions into their farming practices. By encouraging women to explore entrepreneurial avenues and incorporating modern agricultural methods,...
Empowering farm women to increase their income is a key goal of the project, achieved through fostering entrepreneurship opportunities within the arid zone. This includes providing support for post-harvest techniques and integrating technology solutions into their farming practices. By encouraging women to explore entrepreneurial avenues and incorporating modern agricultural methods, the project aims to double the income of farm women in the region. Through this comprehensive approach, farm women are equipped with the resources and knowledge to enhance their economic well-being and contribute positively to their communities. (Mechanical Engineering)
The Role of Rigidity in the Unfolding of Proteins
Inventors: Sandipan Dutta
The role of rigidity, a crucial aspect influencing the intricate unfolding process of proteins, plays a significant part in determining their structural stability and functionality. Understanding how rigidity influences protein unfolding can provide valuable insights into various biological processes and diseases. Researchers are increasingly focusing on unraveling the intricate interplay...
The role of rigidity, a crucial aspect influencing the intricate unfolding process of proteins, plays a significant part in determining their structural stability and functionality. Understanding how rigidity influences protein unfolding can provide valuable insights into various biological processes and diseases. Researchers are increasingly focusing on unraveling the intricate interplay between rigidity and protein structure to enhance our knowledge of fundamental cellular mechanisms. By delving deeper into this complex relationship, scientists aim to develop innovative strategies for manipulating protein structures and pathways, opening the door to novel therapeutic interventions and advancements in biotechnology. (Physics)
Pharmacological and Safety evaluation of protein based ketogenic diet supplement in STZ induced Alzheimer’s Type of Dementia in Rats
Inventors: Rajeev Taliyan
The study involves conducting pharmacological and safety evaluations aimed at assessing the effectiveness and potential risks of a protein-based ketogenic diet supplement specifically designed for managing Alzheimer's Type of Dementia induced by streptozotocin (STZ) in rat models. The purpose of the research is to investigate the impact of this specialized...
The study involves conducting pharmacological and safety evaluations aimed at assessing the effectiveness and potential risks of a protein-based ketogenic diet supplement specifically designed for managing Alzheimer's Type of Dementia induced by streptozotocin (STZ) in rat models. The purpose of the research is to investigate the impact of this specialized dietary intervention on alleviating symptoms and improving cognitive function in these animal models, shedding light on the therapeutic potential of utilizing ketogenic nutrition in addressing neurodegenerative diseases like Alzheimer's. (Pharmacy)
Elucidating the glycobiology of host-pathogen interactions at the cell wall interface for engineering Charcoal Rot Resistance in Soybean under Abiotic stress conditions
26/09/2022
Inventors: Balakumaran Chandrasekar
In order to improve the resilience of soybean against charcoal rot under challenging abiotic stress conditions, it is crucial to delve deeper into the intricate glycobiology of how host-pathogen interactions unfold at the cell wall interface. By shedding light on this complex interplay, we aim to engineer novel strategies that...
In order to improve the resilience of soybean against charcoal rot under challenging abiotic stress conditions, it is crucial to delve deeper into the intricate glycobiology of how host-pathogen interactions unfold at the cell wall interface. By shedding light on this complex interplay, we aim to engineer novel strategies that can bolster soybean's defenses and enhance its ability to thrive in adverse environments. This research focuses on unraveling the molecular mechanisms that govern these interactions, with the ultimate goal of developing innovative solutions that can effectively combat charcoal rot and promote sustainable soybean production in the face of varying environmental stressors. (Biological Sciences)
Self-assembly to Photonic Crystals using DNA-Coated Anisotropic Colloids
26/09/2022
Inventors: Pritam Kumar Jana
The process of self-assembly to create photonic crystals by utilizing DNA-coated anisotropic colloids involves the arrangement of these microscopic particles in intricate patterns to form structures that exhibit unique optical properties. This innovative technique harnesses the design principles found in biological systems to engineer artificial photonic materials that can manipulate...
The process of self-assembly to create photonic crystals by utilizing DNA-coated anisotropic colloids involves the arrangement of these microscopic particles in intricate patterns to form structures that exhibit unique optical properties. This innovative technique harnesses the design principles found in biological systems to engineer artificial photonic materials that can manipulate and control the flow of light for various applications in fields such as telecommunications, sensing, and imaging. By leveraging the programmable interactions between the colloidal particles and the specificity of DNA binding, researchers can achieve precise control over the crystal structure, enabling the realization of advanced functionalities and tailored optical responses in these artificial materials. (Chemistry)
