Prediction in Medicine: The Impact of Machine Learning on Healthcare explores the transformative power of advanced data analytics and machine learning in healthcare. This comprehensive guide covers predictive analysis, leveraging electronic health records (EHRs) and wearable devices to optimize patient care and healthcare planning. Key topics include disease diagnosis, risk assessment, and precision medicine advancements in cardiovascular health and hypertension management.
The book also addresses challenges in interpreting clinical data and navigating ethical considerations. It examines the role of AI in healthcare emergencies and infectious disease management, highlighting the integration of diverse data sources like medical imaging and genomic data. Prediction in Medicine is essential for students, researchers, healthcare professionals, and general readers interested in the future of healthcare and technological innovation.
Readership:
- Graduate and undergraduate, researchers, professionals, general.
Table of Contents
CONTENTS
FOREWORD
PREFACE
LIST OF CONTRIBUTORS
CHAPTER 1 PREDICTIVE ANALYSIS: FORECASTING PATIENT'S OUTCOMES AND MEDICAL TRENDS
- Alka Singhal and Dhanalekshmi Gopinathan
- INTRODUCTION
- Impact of Technology on Healthcare
- Improved Patient Care
- Enhanced Diagnostics and Treatment
- Medication Management
- Preventive Healthcare
- Big Data and Analytics
- Improved Communication
- Enhanced Research and Development
- Patient Empowerment
- Efficiency and Cost Reduction
- Predictive Analysis and Healthcare
- Disease Prevention and Early Intervention
- Optimizing Treatment Plans
- Reducing Hospital Readmissions
- Resource Allocation and Operational Efficiency
- Chronic Disease Management
- Fraud Detection and Revenue Management
- Personalized Medicine
- Population Health Management
- Enhancing Patient Engagement
- Preparing for Public Health Challenges
PRINCIPLES OF HEALTH PREDICTIVE ANALYSIS
- Uncertainty and Error Measurement
- Focus of Health Forecasting
- Data Aggregation and Accuracy
- Horizons of Health Forecasting
PATTERNS IN HEALTH PREDICTIVE ANALYSIS
- Temporal Patterns
- Applications
- Example
- Spatial Patterns
- Applications
- Example
- Epidemiological Patterns
- Applications
- Example
- Genetic Patterns
- Applications
- Example
- Social and Behavioral Patterns
- Applications
- Example
- Clinical Patterns
- Applications
- Example
- Environmental Patterns
- Applications
- Example
- Pharmacological Patterns
- Applications
- Example
- Technological Patterns
- Applications
- Example
- Economic Patterns
- Applications
- Example
STEPS IN PREDICTIVE ANALYSIS MODELING
- Planning
- Problem Definition
- Data Collection
- Data Preparation
- Data Cleaning
- Feature Selection
- Model Building
- Algorithm Selection
- Training the Model
- Model Evaluation
- Validation Dataset
- Metrics
- Model Selection and Fine-Tuning
- Hyperparameter Tuning
- Comparing Models
- Implementation
- Deployment
- Monitoring and Maintenance
- Continuous Monitoring
- Model Maintenance
- Predictive Analytics Modeling
STEPS IN PREDICTIVE ANALYSIS MODELING IN HEALTHCARE
- Step 1
- Step 2
- Step 3
- Step 4
- Step 5
- Step 6
- Step 7
- Predictive Analysis in Healthcare Using Machine Learning
- Predictions on Cardiovascular Diseases
- Diabetes Predictions
- Hepatitis Disease Prediction
- Cancer Predictions Using Machine Learning
- Predictive Analysis in Healthcare Using Artificial Intelligence (AI)
- Disease Diagnosis and Risk Prediction
- Patient Outcomes and Treatment Optimization
- Chronic Disease Management
- Fraud Detection and Revenue Cycle Management
- Resource Allocation and Operational Efficiency
- Drug Discovery and Development
- Natural Language Processing (NLP) for Unstructured Data
CHALLENGES IN PREDICTIVE ANALYSIS IN HEALTHCARE
CONCLUSION
REFERENCES
CHAPTER 2 PREDICTION AND ANALYSIS OF DIGITAL HEALTH RECORDS, GEONOMICS, AND RADIOLOGY USING MACHINE LEARNING
- Sundeep Raj, Arun Prakash Agarwal, Sandesh Tripathi and Nidhi Gupta
INTRODUCTION
OVERVIEW OF ARTIFICIAL INTELLIGENCE
- Different Learning Methodologies
- Healthcare Applications of Artificial Intelligence
- Digital Health Records
- Radiology
- Genetic Engineering and Genomics
CHALLENGES AND RISKS
CONCLUSION
REFERENCES
CHAPTER 3 MEDICAL IMAGING USING MACHINE LEARNING AND DEEP LEARNING: A SURVEY
- Uma Sharma, Deeksha Sharma, Pooja Pathak, Sanjay Kumar Singh and Pushpanjali Singh
INTRODUCTION
MEDICAL IMAGE ANALYSIS
- Medical Imaging
- X-Ray Imaging
- Ultrasound Imaging
- Magnetic Resonance Imaging
- Computerized Tomography
- Mammography
MACHINE LEARNING
- Machine Learning Techniques
- Supervised Learning
- Unsupervised Learning
DEEP LEARNING
- CNN (Convolution Neural Network)
- Basic Building Blocks of CNN
- Convolutional Layer
- Rectified Linear Unit (RELU) or Activation Layer
- Pooling Layer
- Fully Connected Layer
- RNN (Recurrent Neural Network)
- MEDICAL IMAGING ANALYSIS WITH MACHINE LEARNING AND DEEP LEARNING
- Image Preprocessing
- Segmentation
- Feature Extraction
- Pattern Recognition or Classification
OPEN-SOURCE TOOLS
CONCLUSION
REFERENCES
CHAPTER 4 APPLICATIONS OF MACHINE LEARNING PRACTICES IN HUMAN HEALTHCARE MANAGEMENT SYSTEMS
- Ajay Satija, Priti Pahuja, Dipti Singh and Athar Hussain
INTRODUCTION
RESEARCH OBJECTIVES
NEED FOR MACHINE LEARNING IN THE HEALTHCARE INDUSTRY
CHALLENGES OF MACHINE LEARNING IN THE MEDICAL INDUSTRY
- Data Availability and Quality
- Data Security and Privacy
- Interpretability and Transparency
- Limited Sample Sizes
- Regulatory Compliance
- Integration into Healthcare Systems
- Bias and Fairness
- Clinical Adoption and Validation
APPLICATIONS OF MACHINE LEARNING IN HEALTHCARE
- Machine Learning in Medical Diagnosis
- Machine Learning in Clinical Trail
- Patient Enrolment and Eligibility Requirements
- Trial Protocol Design and Optimization
- Endpoint Prediction and Biomarker Identification
- Data Monitoring and Quality Assurance
- Drug Development and Discovery
- Predicting and Tracking Adverse Events
- Real-world Evidence (RWE) Generation
- Machine Learning in Drug Development
- Target Identification
- Predicting Drug-Drug Interactions
- Machine Learning Models Help with Drug Formulation Optimization
- Clinical Trial Optimization
- Drug Efficacy Prediction
- Drug Repurposing
- Toxicity Prediction
- Genomic Medicine
- Patient Stratification
- Utilization of Real-World Information
- Data Integration
- Market Access and Commercialization
- Robotic-based Surgery
- Machine Learning in Organ Image Processing
RISK MANAGEMENT IN HEALTHCARE THROUGH MACHINE LEARNING
- Finding and Preventing Fraud
- Medical Decision Assistance Frameworks
Author
- Neeta Verma
- Anjali Singhal
- Vijai Singh
- Manoj Kumar