The Scientific Method

The six steps of the scientific method

Observe and ask questions

Formulate a hypothesis

Analyze and Conclude

Share your results

Correlation is not causation

Avoid selective windowing

Reporting results

Introduction to Science

The Scientific Method

Science is a Team Effort

The Scientific Theory

Peer Review

Scientific Models

Review & Credits

Intro

Life example

Steps

Steps defined

Summary of experiment

Introduction

Ask a Question

Do Background Research

Construct a Hypothesis

Test with an Experiment

Procedure Working?

Analyze Data and Draw Conclusions

Communicate Results

Final Remarks

History of the STI Program

What is ASTI?

STIF Overview

STI Framework

STI Program Objectives

Authorities and Requirements for STI Management

Conclusion

Making an observation

Ask yourself a question

Create a testable explanation

Bad hypothesis

Make a prediction

Experiment

Test your prediction

Iterate and refine

The father of the scientific method

Reproducibility

Intro

What is scientific notation?

Exponents

Why Scientific Notation?

Negative Exponents

Multiplication and division are related

Comparing numbers with scientific notation

Positive exponent

Dividing by a Factor of 10

Conclusion

Introduction

History of scientific method

Galileo

Inclined plane

What question do you want to answer?

Independent variable

Control Variables

What is a control group?

Conclusion

How a science book is made

OBSERVE

EXPERIMENT

ANALYZE

Germ theory

Germs can travel through the air

Scientific Laws

Scientific theories can explain how things happen

General Relativity

Outro

Jim Heath welcome and introduction of Lee Hood and Nathan Price.

What is scientific wellness? Lee Hood explains.

Nathan Price talks about how systems biology is changing our approach and understanding of human health and dealing with complexity and stopping disease before it starts.

How do we define wellness? What does it mean to be well? In the past, it meant the absence of disease, but that is changing.

"The people who are entrusted to care for your health are only paid when you're sick." The U.S. healthcare model and infrastructure is reactive, not proactive. Nathan Price talks about how we can change the model.

Vast amounts of data can be collected for every individual. With an emphasis on wellness, we are starting to use data to move beyond correlations to causation.

Artificial intelligence will be one of the most powerful forces in bringing data-driven medicine into reality.

Nathan Price explains his view about how Alzheimer's disease has been misunderstood, and how the digital twin is shedding light on the disease.

Data, knowledge graphs, digital twins and many other developments are altering our understanding of human health, but they are not yet being used in the clinical setting. How do we go about modernizing and changing the healthcare system?

Gut health and biological age are two important health measures, and are good places to start for individuals looking to collect data and assess their health.

With blood draws every six months, it is now possible to discover transitions from wellness to disease years before prior to a clinical diagnosis.

Cancer patients who live outside of major medical centers face challenges including not being able to enroll in important clinical trials and difficulty finding oncologists practicing the newest lifesaving techniques. Jim Heath describes the push to address these inequities and raise the level of healthcare.

Environmental exposures such as wildfire smoke are now being studied.

What will be available to us in five years that isn't available currently?

Understanding your genome and the thousands of actionable possibilities are necessary to understand your health.