Dissertation - Reading Plan
From BrothersBrothers
Contents
To Acquire
Chapter 1: Introduction
To Scan
Chapter 1: Introduction
- An Introduction to the Study of Experimental Medicine - Bernard ⇓
- Ethics, computing, and medicine : informatics and the transformation of health care - Goodman ⇓
Chapter 4: Probability and Personalized Medicine
- Calculated Risks: How to Know When Numbers Deceive You - Gigerenzer ⇓
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Chapter 1: Introduction
Chapter 2: Medical Practice as Practical Reasoning
- A theory of medical decision making and health - Reyna ⇓
- Shared decision making: a model for clinical practice. - Elwyn ⇓
Chapter 3: Personalized vs. Evidence-Based Medicine
- The Gold Standard - Chapter 1 - Timmermans ⇓
- The Gold Standard - Chapter 2 - Timmermans ⇓
- The Gold Standard - Chapter 3 - Timmermans ⇓
- The Gold Standard - Chapter 4 - Timmermans ⇓
- The Gold Standard - Chapter 5 - Timmermans ⇓
- The Gold Standard - Chapter 6 - Timmermans ⇓
- The Gold Standard - Epilogue - Timmermans ⇓
- The Gold Standard - Introduction - Timmermans ⇓
Chapter 4: Probability and Personalized Medicine
- An Introduction to Probability and Inductive Logic - Chapter 1 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 10 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 11 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 12 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 13 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 14 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 15 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 16 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 17 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 18 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 19 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 2 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 20 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 21 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 22 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 3 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 4 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 5 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 6 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 7 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 8 - Hacking ⇓
- An Introduction to Probability and Inductive Logic - Chapter 9 - Hacking ⇓
- Philosophical Theories of Probability - Chapter 1 - Gillies ⇓
- Philosophical Theories of Probability - Chapter 2 - Gillies ⇓
- Philosophical Theories of Probability - Chapter 3 - Gillies ⇓
- Philosophical Theories of Probability - Chapter 5 - Gillies ⇓
- Philosophical Theories of Probability - Chapter 6 - Gillies ⇓
- Philosophical Theories of Probability - Chapter 8 - Gillies ⇓
- Philosophical Theories of Probability - Chapter 9 - Gillies ⇓
- The Troubled Helix - Chapter 15 - Davison ⇓
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Chapter 1: Introduction
- The Troubled Helix - Chapter 3 - Shiloh ⇓
- The prospect of predictive testing for personal risk - Wroe ⇓
- Web 2.0: a movement within the health community - Doherty ⇓
- What 'patient-centered' should mean: confessions of an extremist. - Berwick ⇓
- Why the standard view is standard: people, not machines, understand patients' problems. - Miller ⇓
- Will electronic personal health records benefit providers and patients in rural America? - Hargreaves ⇓
Chapter 2: Medical Practice as Practical Reasoning
Chapter 3: Personalized vs. Evidence-Based Medicine
- Evidence based medicine what it is and what it isnt - Sackett ⇓
- Evidence-Based Medicine Versus Personalized Medicine - de Leon ⇓
- Evidence-based healthcare clinical knowledge and the rise of personalised medicine - Miles ⇓
- Evidence-based medicine heterogeneity of treatment effects and the trouble of averages - Kravitz ⇓
- Evidence-based medicine is rooted in Protestant exegesis - Gerber ⇓
- Evidence-based practice a retrograde step - Clarke ⇓
- Evidence-based practice an analysis based on the philosophy of science - Hjorland ⇓
- Four alternatives to a reductive view of knowledge - Mitchell ⇓
- Insufficient evidence the problems of evidence-based nursing - Rolfe ⇓
- Knowledge translation in everyday nursing - Doane ⇓
- Looking for Rules in a World of Exceptions - Upshur ⇓
- Narrative based medicine in an evidence based world - Greenhalgh ⇓
- On evidence and evidence-based medicine - Goldenberg ⇓
- On the theory of individual health - Danzer ⇓
- Personalized medicine a competitor or an upgrade of evidence based medicine - Bereczki ⇓
- Some Considerations on the Validity of Evidence-Based Practice in Social Work - Webb ⇓
- The Virtues of Evidence - Zarkovich ⇓
Chapter 4: Probability and Personalized Medicine
- A History of Probability and Statistics - Chapter 1 - Hald ⇓
- A History of Probability and Statistics - Chapter 2 - Hald ⇓
- A History of Probability and Statistics - Chapter 3 - Hald ⇓
- A History of Probability and Statistics - Chapter 4 - Hald ⇓
- A History of Probability and Statistics - Chapter 5 - Hald ⇓
- A History of Probability and Statistics - Chapter 6 - Hald ⇓
- A History of Probability and Statistics - Chapter 7 - Hald ⇓
Chapter 5: Phronesis, Hermeneutics, and Heuristics
- Hermeneutics of medicine in the wake of Gadamer - Svenaeus ⇓
- Priors and Prejudice - Upshur ⇓
- The art and science of clinical knowledge - Malterud ⇓
- Thinking about thinking - Montgomery ⇓
In Process
Completed
Chapter 1: Introduction
- A vow of connectedness: views from the road to Beaver's farm. - Loxterkamp ⇓
- Definition of Health 2.0 and Medicine 2.0: a systematic review. - Van de belt ⇓
- Doctors in a wired world: can professionalism survive connectivity? - Blumenthal ⇓
- E-Health hazards: provider liability and electronic health record systems - Hoffman ⇓
- Ethical and Legal Issues in Decision Support - Goodman ⇓
- Exploring technology impacts of Healthcare 2.0 initiatives. - Randeree ⇓
- Health information-seeking in the digital age. - Percheski ⇓
- Information overload in the digital age. - Wolfe ⇓
- Information systems: the key to evidence based health practice - Rodrigues ⇓
- Issues of trust and ethics in computerized clinical decision support systems. - Alexander ⇓
- Leadership in the digital age: a framework to balance high touch with high tech. - Bathrick ⇓
- Mapping the incidentalome: estimating incidental findings generated through clinical pharmacogenomics testing. - Westbrook ⇓
- Medical professionalism in the digital age. - Spevick ⇓
- Personal health records: empowering consumers. - Ball ⇓
- Pursuing the promise of an information-age health care system. - Kendall ⇓
- The defining characteristics of Web 2.0 and their potential influence in the online vaccination debate. - Witteman ⇓
- The patient physician relationship in the Internet age: future prospects and the research agenda. - Gerber ⇓
Chapter 4: Probability and Personalized Medicine
Personalized Medicine - EBM
- Comparative Effectiveness Research and Genomic Medicine - Khoury
- The health benefits of genomics - Hudson
- The human genome and translational research - Woodcock
- Dealing with the Evidence Dilemma in Genomics and Personalized Medicine - Khoury
- The Evidence Dilemma in Genomic Medicine - Khoury
EBM
- Evidence-based medicine why all the fuss - Miles
- The Philosophy of Evidence Based Medicine - Chapter 1 - Howick
- The Philosophy of Evidence Based Medicine - Chapter 2 - Howick
- The Philosophy of Evidence Based Medicine - Chapter 3 - Howick
- The Philosophy of Evidence Based Medicine - Chapter 4 - Howick
- The Philosophy of Evidence Based Medicine - Chapter 5 - Howick
- The Philosophy of Evidence Based Medicine - Chapter 9 - Howick
- The Philosophy of Evidence Based Medicine - Chapter 10 - Howick
- The Philosophy of Evidence Based Medicine - Chapter 11 - Howick
Genomes and DNA - Conceptual
- Genomes and what to make of them - Barnes
- The Limits and Lies of Human Genetic Research - Chapter 1 - Kaplan
- The Limits and Lies of Human Genetic Research - Chapter 2 - Kaplan
- The Limits and Lies of Human Genetic Research - Chapter 3 - Kaplan
- The Limits and Lies of Human Genetic Research - Chapter 8 - Kaplan
Personalized Medicine
- The Person and Philosophy of Science and Medicine - Schaffner
Probability and Uncertainty
- The Emergence of Probability - Chapter 1 - Hacking
- The Emergence of Probability - Chapter 2 - Hacking
- The Emergence of Probability - Chapter 3 - Hacking
- The Emergence of Probability - Chapter 4 - Hacking
- The Emergence of Probability - Chapter 5 - Hacking
- The Emergence of Probability - Chapter 6 - Hacking
- The Emergence of Probability - Chapter 7 - Hacking
- The Emergence of Probability - Chapter 8 - Hacking
- The Emergence of Probability - Chapter 9 - Hacking
- The Emergence of Probability - Chapter 10 - Hacking
- The Emergence of Probability - Chapter 11 - Hacking
- The Emergence of Probability - Chapter 12 - Hacking
- The Emergence of Probability - Chapter 13 - Hacking
- The Emergence of Probability - Chapter 14 - Hacking
- The Emergence of Probability - Chapter 15 - Hacking
- The Emergence of Probability - Chapter 16 - Hacking
- The Emergence of Probability - Chapter 17 - Hacking
- The Emergence of Probability - Chapter 18 - Hacking
- The Emergence of Probability - Chapter 19 - Hacking
WGS - Clinical Application
- Challenges in the Clinical Application - Ormond
- Deploying whole genome sequencing in clinical practice - Berg