results 409-420 of 557
Prion Proliferation Model Including Chaperone: Existence, Uniqueness and Stability Analysis
14/01/2022
Inventors: Rajesh Kumar
In this study, a comprehensive prion proliferation model that incorporates the role of chaperones is presented for examination. The research delves into the various aspects of the model, exploring its existence, uniqueness, and stability through detailed analysis. By including chaperones in the model, the study aims to provide insights into...
In this study, a comprehensive prion proliferation model that incorporates the role of chaperones is presented for examination. The research delves into the various aspects of the model, exploring its existence, uniqueness, and stability through detailed analysis. By including chaperones in the model, the study aims to provide insights into the dynamics of prion propagation and the potential regulatory mechanisms that may influence this process. The findings from this analysis contribute to our understanding of prion diseases and could have implications for the development of targeted therapeutic interventions in the future. (Mathematics)
QoS Provisioning framework for IoT network using fog-computing and UAVs
14/11/2021
Inventors: L Rajya Lakshmi
An innovative Quality of Service (QoS) provisioning framework is being developed specifically for Internet of Things (IoT) networks, leveraging the power of fog computing and unmanned aerial vehicles (UAVs). This groundbreaking approach aims to enhance the efficiency and reliability of IoT applications by utilizing the dynamic capabilities of fog computing...
An innovative Quality of Service (QoS) provisioning framework is being developed specifically for Internet of Things (IoT) networks, leveraging the power of fog computing and unmanned aerial vehicles (UAVs). This groundbreaking approach aims to enhance the efficiency and reliability of IoT applications by utilizing the dynamic capabilities of fog computing and the strategic mobility of UAVs. By integrating fog computing and UAVs into the IoT network infrastructure, this framework strives to optimize resource allocation, reduce latency, and enhance overall network performance, ultimately paving the way for a more robust and responsive IoT ecosystem. (CS&IS)
Synthesis of Porphyrin Arrays and Their Roles in Singlet Fission (SF)
14/06/2023
Inventors: Nitika Grover
The synthesis of porphyrin arrays is a crucial area of research that highlights their importance in singlet fission (SF), a phenomenon where one exciton splits into two. Understanding the role of these arrays in SF can provide valuable insights into their potential applications in developing more efficient solar energy technologies....
The synthesis of porphyrin arrays is a crucial area of research that highlights their importance in singlet fission (SF), a phenomenon where one exciton splits into two. Understanding the role of these arrays in SF can provide valuable insights into their potential applications in developing more efficient solar energy technologies. By investigating the mechanisms underlying this process, scientists aim to harness the unique properties of porphyrin arrays to enhance energy conversion and storage capabilities. This research field offers promising opportunities for advancing the field of renewable energy and addressing global sustainability challenges. (Chemistry)
Design and Synthesis of API impurities for Drug Development- PART I
15/01/2021
Inventors: Dalip Kumar
In PART I of this comprehensive study, we delve into the intricate process of designing and synthesizing impurities for Active Pharmaceutical Ingredients (APIs) specifically tailored for drug development purposes. We explore the critical role that these impurities play in the overall efficacy and safety of pharmaceutical products, highlighting their significance...
In PART I of this comprehensive study, we delve into the intricate process of designing and synthesizing impurities for Active Pharmaceutical Ingredients (APIs) specifically tailored for drug development purposes. We explore the critical role that these impurities play in the overall efficacy and safety of pharmaceutical products, highlighting their significance in ensuring the quality and regulatory compliance of such medications. Through an in-depth analysis, we aim to provide valuable insights into the complex world of API impurities, shedding light on their importance in the pharmaceutical industry and their impact on drug development processes. (Chemistry)
Design and Synthesis of API impurities for Drug Development- PART II
15/01/2021
Inventors: Rajeev Sakhuja
In Part II of the drug development process, the focus lies on designing and synthesizing impurities of the active pharmaceutical ingredient (API). This critical step involves the creation of specific impurities to further understand the structural and chemical characteristics of the API, contributing significantly to the overall progress of drug...
In Part II of the drug development process, the focus lies on designing and synthesizing impurities of the active pharmaceutical ingredient (API). This critical step involves the creation of specific impurities to further understand the structural and chemical characteristics of the API, contributing significantly to the overall progress of drug development. By meticulously crafting and studying these impurities, researchers can gain valuable insights that will ultimately aid in optimizing the formulation and enhancing the efficacy of the final drug product, emphasizing the importance of this phase in the comprehensive journey towards bringing new and improved medications to market. (Chemistry)
Analytical modeling of Integrated sensing and communication for cellular IoT and In-Vivo Nano networks
15/01/2022
Inventors: Syed Mohammad Zafaruddin
Analytical modeling is employed to design and optimize Integrated sensing and communication systems specifically for cellular IoT applications, as well as for In-Vivo Nano networks. This modeling process involves detailed examination and prediction of how these interconnected systems will function, taking into account various factors such as data transmission, signal...
Analytical modeling is employed to design and optimize Integrated sensing and communication systems specifically for cellular IoT applications, as well as for In-Vivo Nano networks. This modeling process involves detailed examination and prediction of how these interconnected systems will function, taking into account various factors such as data transmission, signal strength, and network efficiency to ensure seamless communication and sensing capabilities in the context of cellular IoT and Nano networks established inside living organisms. (EEE)
Identification and Characterization of Male Meiocyte-Specific Promoters to Facilitate Germline-Specific Engineering in Sorghum
15/11/2021
Inventors: Rita Sharma
In the field of plant biotechnology, there is a growing interest in enhancing genetic engineering tools specifically for sorghum by identifying and characterizing male meiocyte-specific promoters. These specialized promoters aim to facilitate precise manipulation of genes within the germline of sorghum plants, contributing to advancements in biotechnological applications tailored towards...
In the field of plant biotechnology, there is a growing interest in enhancing genetic engineering tools specifically for sorghum by identifying and characterizing male meiocyte-specific promoters. These specialized promoters aim to facilitate precise manipulation of genes within the germline of sorghum plants, contributing to advancements in biotechnological applications tailored towards enhancing crop characteristics. The research focused on isolating promoters unique to male meiocytes represents a crucial step in enabling targeted genetic modifications in sorghum, offering a novel approach to breed improved crop varieties with specific desirable traits through tailored germ line modifications. (Biological Sciences)
Catalysis Involving Metal Complexes Encaged in Meso- and Microporous Materials for Upcycling of Carbon Dioxide into Useful Chemicals
15/12/2021
Inventors: Saumi Ray
Catalysis involving metal complexes housed within meso- and microporous materials plays a pivotal role in the transformative process of converting carbon dioxide into valuable and beneficial chemical compounds. The utilization of these specialized materials serves as a critical component in the upcycling of CO2, aiding in the creation of sustainable...
Catalysis involving metal complexes housed within meso- and microporous materials plays a pivotal role in the transformative process of converting carbon dioxide into valuable and beneficial chemical compounds. The utilization of these specialized materials serves as a critical component in the upcycling of CO2, aiding in the creation of sustainable strategies for chemical production that contribute positively to environmental preservation. Through innovative research and developments in catalytic technologies, the integration of metal complexes within these porous structures demonstrates immense potential for driving forward advancements in green chemistry and fostering a more sustainable future by harnessing the power of CO2 conversion. (Chemistry)
Multiple Nano-filaments Based Resistive Switching Memories on Flexible Substrate: Implemented by Self-assembled doped metal oxides/perovskites
15/12/2021
Inventors: Arnab Hazra
A novel approach was used to develop resistive switching memories on a flexible substrate by utilizing multiple nano-filaments. These memories were implemented through the self-assembly of doped metal oxides and perovskites. This innovative technique offers the advantage of higher flexibility and efficiency compared to traditional memory technologies. The use of...
A novel approach was used to develop resistive switching memories on a flexible substrate by utilizing multiple nano-filaments. These memories were implemented through the self-assembly of doped metal oxides and perovskites. This innovative technique offers the advantage of higher flexibility and efficiency compared to traditional memory technologies. The use of nano-filaments enhances the devices' performance and durability while significantly reducing their footprint. Overall, this method presents a promising solution for advancing memory technology on flexible substrates, paving the way for more versatile and efficient electronic devices in various applications. (EEE)
A Study of Certain Graphs Associated to Finite Groups
15/12/2022
Inventors: Jitender Kumar
This research project delves into an in-depth analysis of specific graphs that are closely linked to finite groups. The study aims to explore the various properties and characteristics of these graphs in relation to finite group theory. By examining the intricate connections between graphs and finite groups, this investigation seeks...
This research project delves into an in-depth analysis of specific graphs that are closely linked to finite groups. The study aims to explore the various properties and characteristics of these graphs in relation to finite group theory. By examining the intricate connections between graphs and finite groups, this investigation seeks to shed light on the fundamental concepts underlying the interaction between the two mathematical structures. Through a systematic approach and rigorous analysis, this study endeavors to contribute valuable insights into the study of finite groups through the lens of graph theory. (Mathematics)
Design and Synthesis of Supramolecularly Functionalized Porphyrin based Efficient Photosensitizers
15/12/2023
Inventors: Dalip Kumar, Madhushree Sarkar
The research involves the innovative process of designing and synthesizing supramolecularly functionalized porphyrin-based photosensitizers to enhance their efficiency in capturing and utilizing light energy for various applications. These uniquely engineered photosensitizers have the potential to revolutionize the field of photodynamic therapy and solar energy conversion due to their improved performance...
The research involves the innovative process of designing and synthesizing supramolecularly functionalized porphyrin-based photosensitizers to enhance their efficiency in capturing and utilizing light energy for various applications. These uniquely engineered photosensitizers have the potential to revolutionize the field of photodynamic therapy and solar energy conversion due to their improved performance and tailored properties that allow for precise and targeted light-activated processes. By exploring the intricate interplay of molecular interactions and structural modifications, this study aims to unlock the full potential of these advanced photosensitizers for a wide range of cutting-edge technological advancements. (Chemistry)
Promotion of University Research and Scientific Excellence
15/02/2021
Inventors: Arnab Hazra, S Gangopadhyay
The promotion of university research and scientific excellence is a multifaceted endeavor that involves nurturing an environment conducive to cutting-edge discoveries, fostering collaboration among experts from diverse fields, securing ample funding to support innovative projects, and ultimately disseminating the outcomes of these research efforts to benefit society at large. By...
The promotion of university research and scientific excellence is a multifaceted endeavor that involves nurturing an environment conducive to cutting-edge discoveries, fostering collaboration among experts from diverse fields, securing ample funding to support innovative projects, and ultimately disseminating the outcomes of these research efforts to benefit society at large. By elevating the profile of academic research initiatives and cultivating a culture of excellence within educational institutions, we can propel advancements in various scientific disciplines, enhance scholarly contributions to global knowledge pools, and cultivate a new generation of highly skilled and visionary researchers who will drive transformative breakthroughs in science and technology. (EEE)
An Institute of Eminence
