Tripti Sharma – författare

3D Bioprinting in Cancer Applications is an all-encompassing guide covering both fundamentals concerning biofabrication principles and intricate protocols for precise construction of biomimetric 3D systems supporting advanced cell culture development that faithfully recapitulates human disease hallmarks, with a special focus on cancer. This title fills the void left by existing publications overlooking essential aspects associated with combining multimodal medical imaging alongside precision cancer treatment options. In 12 chapters 3D Bioprinting in Cancer Applications leads the reader from an introduction to bioprinting technologies for cancer models, to models for immunotherapy and tumour-immune interaction, to biomimetrics 3D models to the applications of all these models in 3D bioprinted cancer models . 3D Bioprinting in Cancer Applications uniquely combines distinct modalities under a unified framework suitable not only for seasoned veterans but also newly minted trainees encountering these sophisticated practices for the first time.Gives comprehensive insights on the use of phytocompounds in the synthesis of eco-friendly nanoparticles for enhanced drug delivery in cancer applicationsProvides concise updates on fresh discoveries in 3D printed biotechnologiesIncludes high-resolution depictions to enhance accessibility while avoiding too many lengthy equations or calculations impeding quick absorption of fundamental ideasContributed by distinguished investigators across multiple countries and different specialties critical for mastering 3D bioprinted models

3D bioprinting in Cancer Applications is an all-encompassing guide covering both fundamentals concerning biofabrication principles and intricate protocols for precise construction of biomimetric 3D systems supporting advanced cell culture development that faithfully recapitulates human disease hallmarks, with a special focus on cancer. This title fills the void left by existing publications overlooking essential aspects associated with combining multimodal medical imaging alongside precision cancer treatment options. In 12 chapters 3D bioprinting in cancer applications leads the reader from an introduction to bioprinting technologies for cancer models, to models for immunotherapy and tumour-immune interaction, to biomimetrics 3D models to the applications of all these models in 3D bioprinted cancer models . 3D bioprinting in cancer applications uniquely combines distinct modalities under a unified framework suitable not only for seasoned veterans but also newly minted trainees encountering these sophisticated practices for the first time.- Gives comprehensive insights on the use of phytocompounds in the synthesis of eco-friendly nanoparticles for enhanced drug delivery in cancer applications- Provides concise updates on fresh discoveries in 3D printed biotechnologies- Includes high-resolution depictions to enhance accessibility while avoiding too many lengthy equations or calculations impeding quick absorption of fundamental ideas- Contributed by distinguished investigators across multiple countries and different specialties critical for mastering 3D bioprinted models

The conference was aimed to bring researchers, practicing engineers, faculty members and students from across the globe to a common platform to share their research ideas that would pave way to attain solution to various real time problems. Many eminent researchers from different countries participated and interacted with the young students and budding researchers from various institutions. The objective of this conference was to connect with junior and senior scholars working with educational architecture of the past, present or future in the area of Semiconductor Devices & Electronic Circuit Design, Machine Vision & Signal Processing, Communication Technologies and Systems, Electromagnetic, RF, Microwave & Wearable Technology, Nano-Technologies & IC Fabrication, Biotechnology, Automation & Robotics, Electrical Machines and Adjustable Speed Drives, Renewable Energy Sources, Smart grids Technologies & Applications. Key features included keynote presentations from renowned experts, paper presentations showcasing novel research, interactive panel discussions, and exploring practical applications of emerging technologies.

The conference was aimed to bring researchers, practicing engineers, faculty members and students from across the globe to a common platform to share their research ideas that would pave way to attain solution to various real time problems. Many eminent researchers from different countries participated and interacted with the young students and budding researchers from various institutions. The objective of this conference was to connect with junior and senior scholars working with educational architecture of the past, present or future in the area of Semiconductor Devices & Electronic Circuit Design, Machine Vision & Signal Processing, Communication Technologies and Systems, Electromagnetic, RF, Microwave & Wearable Technology, Nano-Technologies & IC Fabrication, Biotechnology, Automation & Robotics, Electrical Machines and Adjustable Speed Drives, Renewable Energy Sources, Smart grids Technologies & Applications. Key features included keynote presentations from renowned experts, paper presentations showcasing novel research, interactive panel discussions, and exploring practical applications of emerging technologies.

The conference was aimed to bring researchers, practicing engineers, faculty members and students from across the globe to a common platform to share their research ideas that would pave way to attain solution to various real time problems. Many eminent researchers from different countries participated and interacted with the young students and budding researchers from various institutions. The objective of this conference was to connect with junior and senior scholars working with educational architecture of the past, present or future in the area of Semiconductor Devices & Electronic Circuit Design, Machine Vision & Signal Processing, Communication Technologies and Systems, Electromagnetic, RF, Microwave & Wearable Technology, Nano-Technologies & IC Fabrication, Biotechnology, Automation & Robotics, Electrical Machines and Adjustable Speed Drives, Renewable Energy Sources, Smart grids Technologies & Applications. Key features included keynote presentations from renowned experts, paper presentations showcasing novel research, interactive panel discussions, and exploring practical applications of emerging technologies.

The conference was aimed to bring researchers, practicing engineers, faculty members and students from across the globe to a common platform to share their research ideas that would pave way to attain solution to various real time problems. Many eminent researchers from different countries participated and interacted with the young students and budding researchers from various institutions. The objective of this conference was to connect with junior and senior scholars working with educational architecture of the past, present or future in the area of Semiconductor Devices & Electronic Circuit Design, Machine Vision & Signal Processing, Communication Technologies and Systems, Electromagnetic, RF, Microwave & Wearable Technology, Nano-Technologies & IC Fabrication, Biotechnology, Automation & Robotics, Electrical Machines and Adjustable Speed Drives, Renewable Energy Sources, Smart grids Technologies & Applications. Key features included keynote presentations from renowned experts, paper presentations showcasing novel research, interactive panel discussions, and exploring practical applications of emerging technologies.

The papers in this book are high quality refereed papers presented at ICAIA 2025, the third International Conference on Artificial Intelligence and Applications, held at Maharaja Surajmal Institute of Technology, New Delhi in March 2025.

The papers in this book are high quality refereed papers presented at ICAIA 2025, the third International Conference on Artificial Intelligence and Applications, held at Maharaja Surajmal Institute of Technology, New Delhi in March 2025. This book presents new and innovative developments and applications in machine learning, data mining, neural networks, computation optimisation technologies, followed by research applications in signals, language and classification, prediction, recommendations, and systems. This book is essential for researchers and practitioners in this field.

The book focuses on the rampant use of higher-dose antibiotics in human routine consumption and how it leads to bacterial resistance to multiple drugs.

The book focuses on the rampant use of higher-dose antibiotics in human routine consumption and how it leads to bacterial resistance to multiple drugs. Book chapters focus on the result of their overuses and concomitant misuses, and how antibiotics have become synonymous with the unending hellish experience that is antimicrobial resistance by pathogenic microbes. It also talks about the challenges associated with the treatment of bacterial infections and challenges to mankind due to the development of high rates of antibiotic resistance. This book also provides information about developments of antibacterial drugs from natural sources. In addition, it also covers different computational approaches used for antibacterial drug development from natural sources in recent times. Finally, the book also elucidates a detailed outline of bacterial resistance status, current treatment methods, natural products as an opportunity for the development of potent druggable candidates, and methods of antibacterial drug development. This book serves as a great resource for students, researchers, and academicians in the field of pharmacology.