Precision Nanomedicine: Integrating AI Technology, Nano-Delivery and Advanced Models (Paperback)

1. AI Technologies in Personalized Medicine and Smart Healthcare: Methods and Applications
2. Integrating AI and Nanotechnology for Personalized Medicine: Technical Advancements and Challenges
3. Targeted Drug Delivery Systems in Precision Nanomedicine
4. Nano-Delivering Biomedicines: Constructing Smart Nano-Carriers for Bioactive Compounds
5. Bioinspired and Biomimetic Nanomaterials for Advancing Nanomedicine
6. Advanced Model Systems for Advancing Precision Nanomedicine: Protocols and Future Directions
7. Medical Nanorobots: Advances and Challenges
8. Regenerative Nanotechnology: Highlighting Human Tissue Engineering
9. Nano-Delivering Nucleic Acids for Diagnostics and Therapeutic Applications
10. Liposomes in Precision Nanomedicine: Advances and Prospects
11. AI-Enabled Drug Discovery and Design for Nanomedicine
12. Nano-Delivery Vaccination in Precision Nanomedicine
13. Precision Nanomedicine for Chemotherapy and Gene Therapy
14. AI and Nanotechnology for Precision Cancer Medicine: Opportunities and Challenges
15. AI-Enhanced Imaging, Monitoring and Diagnostics in Precision Nanomedicine
16. Precision Nanomedicine for Infectious Disease Management
17. Precision Nanomedicine for Antiviral Therapeutics
18. Ethical Considerations and Regulations in Nanomedicine

Engineering Biological Systems : Biochemical and Bioprocess Engineering (Hardcover, 4 ed)

Foreword. Preface. Course outlines. Chapter 1: Origins and Scope. Chapter 2: Enzyme Catalysis. Chapter 3: Immobilized Biocatalysts. Chapter 4: Cell Growth and Metabolism. Chapter 5: Bioreactor Design & Analysis. Chapter 6: Transport Processes. Chapter 7: Product Recovery. Chapter 8: Bioproducts and Bioprocesses. Chapter 9: Economic Analysis of Bioprocesses. Conversion Factors. Permissions. Index.

Medical Applications of Artificial Intelligence (Hardcover, 2 ed)

Chapter 1 Introduction to Medical Applications of Artificial Intelligence? Chapter 2 Introduction to Machine Learning? Chapter 3 Web-IntelliGenes: A reproducible, replicable, and transparent application of artificial intelligence and machine learning for predictive medicine Chapter 4 A Survey of Machine Learning Prediction of Hypoglycemia for Type 1 Diabetes Chapter 5 MicroRNA Target Prediction:? 20+ Years and Two Strings Chapter 6 Lightweight classification of swallowing?respiratory coordination using Bayesian changepoint detection Chapter 7 Application of Reinforcement-Based Learning Feature Selection for
Early Detection of Alzheimer’s Disease using Speech Chapter 8 The role of artificial intelligence in next generation drug discovery Chapter 9 Medical Applications of Artificial Intelligence Chapter 10 Multimodal AI in Precision Medicine: Integrating EHR, Imaging, and Omics Data Chapter 11 Artificial Intelligence in Non-small Cell Lung Cancer: Diagnosis, Prognosis, and Management Chapter 12 Multimodal Artificial Intelligence for Lung Cancer Screening: A Comprehensive Review of Deep Learning Approaches Chapter 13 Trans-amplifying (TA) mRNA Vaccines: A New Paradigm in Combating Infections and Cancers Chapter 14 Label Challenges in Breast Cancer AI: Noise, Bias, Uncertainty, and Limited Annotations Chapter 15 Health Digital Twin Applications: Disease Domains, Techniques, and Related Methods Chapter 16 Digital Health Programs for Sustainable Development: Insights from National and International Initiatives Chapter 17 Alzheimer’s disease prediction using Brain MRI: Emphasis on Ensemble Learning Chapter 18 Learning-Based Image Registration Chapter 19 Representation Learning for ECG Data: Variational Autoencoders, Contrastive Learning, and Transformer Models Chapter 20 Artificial Intelligence in Aesthetic & Procedural Dermatology: Multimodal Imaging, Decision Support, and Outcome Optimization Chapter 21 Comparative Analysis of Linear and Nonlinear Stochasti...


외국도서 > 의학 > 생명공학
외국도서 > 의학 > 일반
외국도서 > 기술공학 > 기술공학 > 생체공학
외국도서 > 과학/수학/생태 > 과학 > 생명공학

Problems and Solutions in Medical Physics : Radiotherapy Physics (Paperback, 2 ed)

Chapter 1: External Beam Therapy Equipment,?Chapter 2: Photon Beam Physics,?Chapter 3: Electron Beam Physics,?Chapter 4: Treatment Planning for External Beam Radiotherapy,?Chapter 5: Characteristics of Ideal Radiation Dosimeters,?Chapter 6: Special Procedures and Advanced Techniques in Radiotherapy,?Chapter 7: External Beam Commissioning and Quality Assurance,?Chapter 8: Brachytherapy Treatment and Quality Assurance,?Chapter 9: Basic Radiobiology,?Chapter 10: Radiation Protection and Safety in Radiotherapy

Problems and Solutions in Medical Physics : Nuclear Medicine Physics (Paperback, 2 ed)

Chapter 1: Radioactivity and Nuclear Transformation,?Chapter 2: Radionuclide Production and Radiopharmaceuticals,?Chapter 3: Non-imaging Detectors and Counters,?Chapter 4: Instrumentation for Gamma Imaging,?Chapter 5: SPECT and PET Imaging,?Chapter 6: Imaging Techniques in Nuclear Medicine,?Chapter 7: Radionuclide Therapy,?Chapter 8: Internal Radiation Dosimetry,?Chapter 9: Quality Control in Nuclear Medicine,?Chapter 10: Radiation Protection in Nuclear Medicine

?

Problems and Solutions in Medical Physics : Nuclear Medicine Physics (Hardcover, 2 ed)

Chapter 1: Radioactivity and Nuclear Transformation,?Chapter 2: Radionuclide Production and Radiopharmaceuticals,?Chapter 3: Non-imaging Detectors and Counters,?Chapter 4: Instrumentation for Gamma Imaging,?Chapter 5: SPECT and PET Imaging,?Chapter 6: Imaging Techniques in Nuclear Medicine,?Chapter 7: Radionuclide Therapy,?Chapter 8: Internal Radiation Dosimetry,?Chapter 9: Quality Control in Nuclear Medicine,?Chapter 10: Radiation Protection in Nuclear Medicine

?

Problems and Solutions in Medical Physics : Radiotherapy Physics (Hardcover, 2 ed)

Chapter 1: External Beam Therapy Equipment,?Chapter 2: Photon Beam Physics,?Chapter 3: Electron Beam Physics,?Chapter 4: Treatment Planning for External Beam Radiotherapy,?Chapter 5: Characteristics of Ideal Radiation Dosimeters,?Chapter 6: Special Procedures and Advanced Techniques in Radiotherapy,?Chapter 7: External Beam Commissioning and Quality Assurance,?Chapter 8: Brachytherapy Treatment and Quality Assurance,?Chapter 9: Basic Radiobiology,?Chapter 10: Radiation Protection and Safety in Radiotherapy

Next Generation Probiotics : Natural Therapeutics, Volume 2 (Hardcover)

Chapter 1 (Part I). Machine Learning and its Applications in Microbiology: Feature Engineering

Chapter 1 (Part II) Machine Learning Perspective: Precision Probiotics and Fermented Dairy Foods

Chapter 2. Role of Metagenomics for Searching of Novel Probiotic Strains

Chapter 3. Probiotic genomics and Cancer

Chapter 4. The Revelance of CRISPER-CAS 9 Technology in Probiotic Research

Chapter 5. Relationship between genus-, species- and strain-specific and disease-condition specific effects, issues, and applications of probiotics

Chapter 6. Recent Advances on New Classes of Probiotic Applications viz Postbiotics, Parabiotic, Pharmacobiotics and Immunobiotics

Chapter 07. Challenges faced by Researchers, Clinicians, and People in General Regarding Decision-Making in Choosing or Prescribing a Probiotic for Special Health Reasons

Chapter 8. Relevance of Genetically Engineered and Specific Bioengineered Strain and their Role in Probiotics Production

Chapter 09.?? Microbiota-Targeted Foods in Relation to Probiotics

Chapter 10. Probiotics Use and Applications in Early Life as well as in Old Age

Chapter 11: Gut-Brain Axis Modulation Through Probiotic Interventions

Chapter 12: Stress Tolerance Mechanisms in Probiotic Formulations

Chapter 13: Personalized Microbiome- Based Nutritional Strategies

Nonlinear Analysis for Human Movement Variability (Hardcover, 2 ed)

1. Introduction. 2.? Time Series. 3.? State Space Reconstruction. 4.? Lyapunov Exponent. 5.? An Introduction to Recurrence Quantification Analysis for Movement Scientists. 6.? Surrogation. 7.? Autocorrelation Function, Mutual Information, and Correlation Dimension. 8.? Movement is Rough and Irregular: An Introduction to Fractal Analysis. 9.? Multifractal analysis: A window on the nonlinear release/constraint of degrees of freedom. 10.? Multiscale probability density function analysis. 11.? Fractal Methods of Association. 12.? Measuring Complexity: A Guided Tour of Information Focused Univariate Time Series Methods. 13.? Time-Frequency Analysis of Human Movement. 14.? Symbolic Regression: A Tool for Discovering Equations of Human Movement Dynamics.?

Clinical Technologies and Processes : Management in Healthcare (Hardcover)

?

1.? Introductory of the concepts entire publishing series (note: repeated in each volume)

2.? The Modern Hospital System

2.1.? Description and Classification of Healthcare Production Processes

2.1.1.????? Technology Elements

2.1.2.????? Structural Scheme of Bioelectric Signal Detection and Control Instruments

2.1.3.????? Human-Machine Interface

2.1.4.????? Health Care Organizational Systems

2.1.4.1.??? Company - Hospital: Healthcare Production Processes

2.1.4.1.1.???? Evolution Medical Diagnostic Activity

2.1.4.1.2.???? Differentiation, Interdependence And Integration of Health Care Systems

2.1.4.1.3.???? Health : Production Processdefinition And Classification

2.1.4.1.3.1. Functional Operational Units

2.1.4.1.3.1.1.?? Structural UOF

2.1.4.1.3.1.2. Supporting UOF

2.1.4.1.3.1.3. UOF of consulting

2.1.4.1.3.2. Boundary units

2.1.4.1.3.3. Operating cells

2.1.4.1.3.4.?? Technostructure

2.1.4.1.3.5.?? Environment

2.1.4.1.3.6.?? Patient

2.1.4.2.??? Medical Practice Understood As A Process

2.1.5.????? Biomedical Engineer In Hospital System Control And Optimization

2.1.5.1.??? Bioengineer

2.1.5.2.??? Clinical Engineer

2.1.5.3.??? Evolution Hospital Engineering With The Introduction Of Such New Professional Figures.

2.1.5.4.??? Clinical Engineering Services As Responsible Healthcare Technology Acquisition.

2.1.5.4.1.???? The Role Of Clinical Engineering Services In The Acquisition Of Equipment

2.2.? Evolution Of A Hospital Layout

2.2.1.????? History And Evolution Over Time

2.2.2.????? 1900s Hospital Architectural Structure.

2.3. Management And Control Of The Flow Of Information And Signals In An Extended Care Facility

2.4. ?Modern Medical-Surgical.

외국도서 > 경제경영 > 일반
외국도서 > 법률 > 의료법
외국도서 > 의학 > 공중위생학
외국도서 > 의학 > 생명공학
외국도서 > 의학 > 의료행정
외국도서 > 의학 > 일반
외국도서 > 의학 > 임상의학
외국도서 > 경제경영 > 비영리 기구 > 일반
외국도서 > 과학/수학/생태 > 과학 > 생명공학

Drug Delivery : From Fundamentals to the Future (Hardcover)

Chapter 1 Drug delivery systems (DDSs): from early development to modern ones. Chapter 2 Physicochemical properties of drug substances. Chapter 3 Excipients and their role in drug formulation. Chapter 4 Pre-formulation studies. Chapter 5 Mechanism-Based Pharmacokinetic-Pharmacodynamic Modeling in Advanced Drug Delivery Systems. Chapter 6 In vitro?In vivo Correlations (IVIVC). Chapter 7 Pharmaceutical emulsions. Chapter 8 Oral Solid Dosage Forms
Chapter 9 Bioadhesive buccal delivery systems. Chapter 10 Biologics Drug Delivery. Chapter 11 Drug delivery systems: from nano to micro to macro. Chapter 12 Nano-based gene delivery systems for engineering immune cells. Chapter 13 Injectable Drug Delivery. Chapter 14 Drug Delivery to the Central Nervous System. Chapter 15 Nasal Drug Delivery. Chapter 16 Pulmonary Drug Delivery. Chapter 17 Ocular Drug Delivery. Chapter 18 Transdermal Drug Delivery. Chapter 19 Intravaginal Drug Delivery. Chapter 20 Generic Drug Development & Biosimilars. Chapter 21 Personalised drug delivery systems. Chapter 22 Manufacturing of Sterile Pharmaceutical Products. Chapter 23 Ensuring Quality of Pharmaceuticals: Regulatory and Quality by Design (QbD). Chapter 24 Machine learning and deep learning in drug delivery. Chapter 25 Sustainability in drug delivery: A green future. Chapter 26 Emerging Technologies in Drug Delivery. Chapter 27 Advanced Characterization Techniques for Drug Delivery Systems: Tools and Applications

Drug Delivery : From Fundamentals to the Future (Paperback)

Chapter 1 Drug delivery systems (DDSs): from early development to modern ones. Chapter 2 Physicochemical properties of drug substances. Chapter 3 Excipients and their role in drug formulation. Chapter 4 Pre-formulation studies. Chapter 5 Mechanism-Based Pharmacokinetic-Pharmacodynamic Modeling in Advanced Drug Delivery Systems. Chapter 6 In vitro?In vivo Correlations (IVIVC). Chapter 7 Pharmaceutical emulsions. Chapter 8 Oral Solid Dosage Forms
Chapter 9 Bioadhesive buccal delivery systems. Chapter 10 Biologics Drug Delivery. Chapter 11 Drug delivery systems: from nano to micro to macro. Chapter 12 Nano-based gene delivery systems for engineering immune cells. Chapter 13 Injectable Drug Delivery. Chapter 14 Drug Delivery to the Central Nervous System. Chapter 15 Nasal Drug Delivery. Chapter 16 Pulmonary Drug Delivery. Chapter 17 Ocular Drug Delivery. Chapter 18 Transdermal Drug Delivery. Chapter 19 Intravaginal Drug Delivery. Chapter 20 Generic Drug Development & Biosimilars. Chapter 21 Personalised drug delivery systems. Chapter 22 Manufacturing of Sterile Pharmaceutical Products. Chapter 23 Ensuring Quality of Pharmaceuticals: Regulatory and Quality by Design (QbD). Chapter 24 Machine learning and deep learning in drug delivery. Chapter 25 Sustainability in drug delivery: A green future. Chapter 26 Emerging Technologies in Drug Delivery. Chapter 27 Advanced Characterization Techniques for Drug Delivery Systems: Tools and Applications

Polymeric Nanogels for Therapeutic and Diagnostic Applications (Paperback)

1. Chemistry and Properties of Polymeric Nanogels 2. Molecular overview of diagnostic application of polymer nanogels 3. Ionotropic functionalization of polymer nanogels for delivery systems 4. Xenobiotic metabolism of synthetic biopolymers 5. Polymer nanogels for tissue repair and regeneration 6. Functionalized nanogels in diabetic treatment 7. Physiological and biochemical role of polymeric nanogels in oxidative stress 8. Polymeric nanogels for treatment of neurological disorders 9. Targeted gene modification using smart biopolymeric nanogels 10. Biohybrid nanogels for active target delivery 11. Polymeric nanogels for antimicrobial therapy 12. Self-assembled nanogels for treatment of respiratory infections 13. Polypeptide nanogels for metabolic disorder therapy 14. Enzymatic hybrid nanogel systems for degenerative diseases 15. Functionalized nanogels for cancer therapy 16. Conducting polymer-based nanogels for medical diagnostics

The Miracle Century: Making Sense of the Cell Therapy Revolution (MP3 CD)

The Miracle Century: Making Sense of the Cell Therapy Revolution (Audio CD)

Enhanced Microbial and Chemical Catalysis in Bio-Electrochemical Systems (Hardcover, 2022)

Introduction.- Carbon nanotube enhanced microbial anode catalysis.- Immobilized redox mediator regulated microbial anode catalysis.- Nano-structured manganese oxide enhanced oxygen reduction as a cathodic catalyst.- Nano-structed Ag catalyzed the cathodic reduction of p-notrophenol.- Photoautotrophic cathodic oxygen reduction catalyzed by a green alga.- Integration of a biocathode microbial fuel cell with activated sludge process for energy-saving wastewater treatment.- Summary.

Monte Carlo Methods for Medical Physics: A Practical Introduction (Hardcover)

Foundations of the Monte Carlo Method. Introduction: History and Basic Concepts. Describing Physical Processes with Monte Carlo. Geometries and Scoring. Variance Reduction Techniques. High-Performance Computing for the Monte Carlo Method. Applications of the Monte Carlo Method in Medical Physics. Monte Carlo for Hardware Design and Testing. Monte Carlo for Radiological Imaging. Monte Carlo for Radiation Therapy. Monte Carlo for Radiobiology.

Nanomedicine: Exploring the Potential for Nanotherapeutics (Hardcover)

What is nano? The view from the top. From nano to making it big in the clinic. From starting to startup. It’s only the beginning. How to tell the story. If I were to do it again. How to overcome regulatory barriers and discussion of the current challenges. Conclusion.

Biomechanics: An Introduction to Musculoskeletal Modeling (Hardcover)

Introduction. Components of Musculoskeletal System. Joints. Analysis of Selected Joints. Concepts of Modeling. Application of Working Model 2D. Application of Mathcad. Application of MATLAB®/Simulink®. Multidisciplinary Concepts. References.

Nanotechnology for the Life Sciences: Fundamentals and Applications (Hardcover)

Perspectives. Introduction. Societal Implications of Nanomedicine. Nanotools and Fabrication. Nanoscience and Nanotechnology. Nanostructure, the Nanosurface and Surface Energy. Thermodynamics of Living Systems. Chemical Bonding and Supramolecular Chemistry. Chemical Synthesis, Modification, Hierarchical Structures and Devices. Bioscience and Biotechnology. Natural Nanomaterials. Biomimetics. Molecular Nanotechnology. Biotechnology. Nanomedicine. Introduction to Medicine and Nanomedicine. Imaging. Sensing. Therapeutics. Medical Procedures.