Feedback Control and Adaptive Learning in Optical-Tweezer Robotics is structured to provide a comprehensive understanding of the integration of robotic feedback control with optical trapping techniques in the field of cell manipulation. It begins by establishing foundational knowledge in dynamic modeling and control theory, laying the groundwork for readers to grasp the intricacies of optical-tweezer robotics. The text then delves into the specifics of optical trapping principles, elucidating the constraints and challenges associated with traditional approaches. It includes the design and implementation of a unified control methodology capable of dynamically adapting to cell movement and escape scenarios. The book emphasizes closed-loop control strategies, enabling readers to navigate the complex interplay between optical forces and robotic manipulation. Additionally, adaptive learning algorithms are explored, offering readers insights into real-time adjustments where the trapping stiffness is unknown. It further addresses open challenges, including overcoming limited field of view, rejecting stochastic disturbances, and efficiently handling the simultaneous trapping and manipulation of multiple cells. Throughout the book, open-access simulations and real-world experiments are integrated to reinforce theoretical concepts. This provides readers with tangible examples and a deeper appreciation for the potential impact of this unified approach in areas such as biomedicine, biotechnology, and microscale robotics.
As autoimmune disease, gut disorders and mental health conditions continue to plague society, food has become the forefront of medicine to help fight disease and maintain better health and well-being. Fermented Foods for Wellness: Understanding Processes and Biosensors, examines how fermented foods can impact an anti-inflammatory response in the body, thus reducing chronic inflammation, the cause of myriad diseases. Part one of Fermented Foods for Wellness: Understanding Processes and Biosensors, takes a deep dive into the landscape of inflammation and its role in various health conditions such as Inflammatory Bowel Disease, gastrointestinal and digestive health, arthritis, and cardiovascular and mental health. It looks at the role of fermented foods like miso, kefir, and the superfood turmeric and how their increased bioavailability can reduce an inflammatory response in the body. In section two, titled The Industrial Fermentation Process, experts decipher complex flavor compounds that characterize fermented foods through biosensor technology. Authors highlight the evolving landscape of sustainable fermentation, and the transformative impact this approach has on various industries to create ideal conditions for microbial growth. Such approaches can optimize bioreactors for future new product development.
Space medicine technologies are essential for life outside of Earth. Fundamentals of Space Medicine and Clinical Technology provides a state-of-the art update on current space medicine technologies. The book is organized in three sections consisting of an introduction to space medicine physiology, an overview of different space medicine technologies, and translational applications of these technologies on Earth. Fundamentals of Space Medicine and Clinical Technology bridges the gap between space medicine physiology and technology development and is written by global leaders in the field, for researchers and professionals in the space medicine industry. This book will also be useful to doctors, engineers, commercial industries, and governments.
Nanotherapeutics Combating Microbial Infections and Antimicrobial Resistance: Volume 2 - Nanotheranostics, Microbial Infections, and Antimicrobial Resistance explores how nanotechnology can be as a tool to develop the next generation of therapeutics that can be applied to overcome antimicrobial resistance (AMR) to treat bacterial infections. The book is the second of two volumes that comprise Nanotheranostics, Microbial Infections, and Antimicrobial Resistance. Volume 2 explores the various nano-based technologies developed to combat multi-drug resistant pathogens and to deliver treatment against the bacterial infections caused by them. With contribution from experts in the field, Nanotherapeutics Combating Microbial Infections and Antimicrobial Resistance is an informative reference for researchers, academics, graduate students, industry professionals, and clinicians in microbiology, infectious diseases, and nanotechnology interested in emerging technologies and latest developments to treat and prevent the progression of bacterial infections
Nanodiagnostics to Identify and Detect Microbial Infections and Antimicrobial Resistance: Volume 1 - Nanotheranostics, Microbial Infections, and Antimicrobial Resistance offers a comprehensive understanding of the global problem of antimicrobial resistance (AMR) and provides insights into the various aspects of AMR and how nanodiagnostics can be utilized to combat it. The book is the first of two volumes that make up Nanotheranostics, Microbial Infections, and Antimicrobial Resistance. Volume 1 discusses how the development of nanotechnologies has been applied for the detection and diagnosis of microbial resistant pathogens. It explores a range of nano-inspired diagnostics, such as biosensors, microfluidic-assisted devices, nanorobotics, nanocapsules, and others, aimed at identifying and early detection of antimicrobial resistance. With contributions from expert in the field, Nanodiagnostics to Identify and Detect Microbial Infections and Antimicrobial Resistance is a helpful resource for researchers, academics, graduate students, industry professionals, and clinicians in microbiology, nanotechnology, and infectious diseases.
Marine Biotechnology for Healthcare: Advances and Biomedical Applications provides a comprehensive view on recent research and developments in the field of marine biotechnology. The book discusses marine compounds, where they can be sourced, and their application in healthcare and the biomedical industry. The book is organized into four main sections. Section I provides an overview of marine biotechnology and investigates potential sources of marine compounds. Sections II and III discuss marine-based nutraceuticals, functional foods, and marine bioactive compounds as therapeutic agents. Section IV explores the application of marine components in the biomedical industry examining their possible use in biosensors, medical implants, diagnostic kits, and biomaterials preparation. "Marine Biotechnology for Healthcare" is a useful resource for those working in the field of marine biotechnology and on the development and application of marine resources and their compounds.
Frontiers of Cancer Biology: Current Trends in Cancer Research offers a comprehensive introduction to the genetic factors of cancer, detailing the roles of genomic instability, oncogenes, proto-oncogenes, tumor suppressor genes, DNA damage. and repair mechanisms. These foundational concepts are crucial for understanding the complexity of cancer biology and the genetic underpinnings that drive the disease. Beyond genetic factors, the book delves into viral genomics and its relationship to cancer, the influence of epigenetics, and the role of gene therapy in precision medicine.Additionally, it addresses the latest trends and future directions in cancer genetics, making it an invaluable resource for researchers, professionals in the field, and academics looking to stay updated with cutting-edge developments in cancer biology.
Functional RNAs in Plants: Developing Climate-Resilient and Stress-Resistant Crops covers microRNAs, small interfering RNAs, long non-coding RNAs, circular RNAs, and the CRISPR guide RNA, for their identification, design, functional analysis, and emerging applications in regulating all kinds of possible stressors, both abiotic and biotic under changing climate conditions. Advances in the tools of bioinformatics, multiple omics, and high-throughput technologies have been applied to explore and better understand the role of functional RNAs in regulating plant stress responses. As a result, range of RNAs are now well-recognized to be functionally involved in many cellular processes which may lead to better agricultural production in the future. This comprehensive overview of the latest and emerging technical achievements and present current agricultural applications emphasizes developing climate-resilient and disease-resistant crops. Including methods, applications and case-studies, it is a valuable resource supporting the efforts of academics, researchers, and advanced level students.
Strategies to Modify the Drug Release from Pharmaceutical Systems, Second Edition is a concise reference on the current models used to meet the required therapeutic dosage and time of release. Updated with new strategies, mathematical models, routes of administration, and technologies, the book's content is presented in a concise and objective way. The six chapters cover general concepts, modification of drug release, classification of therapeutics systems for drug delivery - including a thorough discussion of passive versus active targeting. Chapter four describes the main mechanisms to control drug release - including a broad discussion on materials and technologies. Chapter five discusses mathematical and physicochemical models of drug release, including new mechanistic models and their fitting. Chapter six ends the book with a comprehensive, yet concise, review of drug delivery systems including 3D printing, nose-to-brain, environmentally responsive systems, and new lipid systems. Strategies to Modify the Drug Release from Pharmaceutical Systems, 2nd Edition is the perfect reference for pharmaceutical scientists and graduate students looking for a complete and objective reference on drug release. Materials scientists and chemists can also benefit from the up-to-date overview of mathematical models applied to drug release.
Stimuli Responsive-Nano-drug Targeting for Cancer Treatment and Theranostics presents innovative new ideas and state-of-the-art research on the potential role of nanotechnology in cancer therapy. As a bridge between the theoretical framework and the rigorous investigation this book delves into the topic of material carriers for chemotherapeutic drugs, specifically focusing on the structural features and targeted approaches that enhance their therapeutic efficacy. In 18 chapters, Stimuli Responsive-Nano-drug Targeting for Cancer Treatment and Theranostics introduces the reader to nanocarriers in cancer research, gives insight into cancer therapies and the application of Artificial Intelligence in stimuli responsive-Nano-drug Targeting for Cancer Treatment. Each chapter is followed by examples that illustrate the key points or applications of the material covered. Stimuli Responsive-Nano-drug Targeting for Cancer Treatment and Theranostics is a valuable resource for health professionals, scientists and researchers, health practitioners, students, and all those who wish to broaden their knowledge in the allied field.