Introduction to Human Behavioral Genetics from Coursera

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Syllabus

Unit # 1: Course Introduction and OverviewOverview: Unit # 1 provides an overview to the field of human behavioral genetics and to this course. We will begin by discussing the early history of the field and how behavioral genetic research influenced and was influenced by the eugenics movement. Once this historical context has been established, we will define the field of behavioral genetics and use this definition to provide an overview of the course. This week’s lectures will end with two case studies that illustrate the importance of behavioral genetic approaches. The first is the famous John/Joan case, where one member of a monozygotic twin pair was raised as a boy and the other as a girl. The second is the human genetic disorder Phenylketonuria (PKU), which has been recognized as a paradigm of human genetic disease since its discovery in 1934.Unit Objectives: At the end of this unit you should know• The history of the founding of the field of behavioral genetics• What the eugenics movement was and how it impacted psychology and behavioral genetics• What the field of behavioral genetics covers• How the John/Joan case represented the extreme of the “Blank Slate” mentality within psychology• Why Phenylketonuria is considered a public health success and model of human genetic diseaseLecture Modules:A. The Nature-Nurture Debate and Founding of Behavioral GeneticsB. The Eugenics MovementC. What is Behavioral GeneticsD. The John/Joan CaseE. Phenylketonuria (PKU) F. Huntington Disease (Supplemental)

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Examines how genetics contribute to individual variations in behavioral traits

Taught by recognized instructors in the field, Matt McGue

Covers advanced concepts such as heritability, gene-environment interaction, and molecular genetics

Requires background knowledge in behavioral genetics and quantitative genetic methods

May require additional resources and materials not readily available

Workload includes assignments, discussions, and a final project

Reviews summary

Introduction to behavioral genetics overview

According to learners, this course provides a solid introduction to the field of human behavioral genetics. Many found the lectures engaging and appreciated the clear explanations of foundational concepts like twin and adoption studies. However, some learners noted that the material becomes quite challenging, particularly in the modules covering quantitative and molecular genetics (units 3 and 4), suggesting that prior genetics knowledge is helpful. The application of concepts to case studies like schizophrenia and intelligence was frequently mentioned as a high point. Overall, it's considered a strong starting point, though potentially demanding for those entirely new to genetics.

Suitable as a first course in the subject.

"This is a good introductory course for anyone interested in the basics of behavioral genetics."

"As someone completely new to the field, I found this course to be a very accessible starting point."

"It gave me a solid introduction and helped me decide if I want to pursue further studies in this area."

Real-world examples enhance understanding.

"The case studies, like PKU and the John/Joan case, were very illustrative and added a lot to the lectures."

"Applying the concepts to schizophrenia and intelligence made the material much more relatable and interesting."

"I particularly liked the units applying the methods to specific traits; it showed the real impact of this research."

Instructor's delivery is clear and well-paced.

"The instructor is knowledgeable and engaging. The lectures are clear and easy to follow."

"I enjoyed the lectures immensely. The professor explained concepts in a way that was easy to understand."

"The video lectures were well-structured and kept my attention throughout the course."

Provides a comprehensive overview of the field.

"It provides a solid overview of the field of Behavioral Genetics from Twin Studies to DNA sequencing."

"This course provides a good overview of human behavioral genetics methods and applications."

"I really enjoyed the course and feel that I have a good handle on the basic concepts and methods in human behavioral genetics."

Units 3-4 require some prior genetics knowledge.

"Units 3 and 4 which deal with quantitative genetics and molecular genetics, may be difficult for those not having any background in genetics."

"I wish there was a more in-depth introduction to genetics concepts because units 3 & 4 were a bit difficult."

"I had to supplement my learning during the genetics units with external resources to fully grasp the material."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Introduction to Human Behavioral Genetics with these activities:

Organize your lecture notes and assignments

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Maintain a well-organized learning environment to enhance your ability to review and retain course material.

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Create a filing system for your notes and assignments
Review your notes regularly
Complete all assignments on time

Review behavioral genetic terminology

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Become familiar with the basic terminology used in behavioral genetics to strengthen your understanding of the course material.

Browse courses on Heritability

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Attend the first lecture of the course
Review the course glossary
Read the first chapter of a behavioral genetics textbook

Read 'Behavioral Genetics: Analysis and Principles' by Robert Plomin, John C. DeFries, Gerald E. McClearn, and Peter McGuffin

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Gain a comprehensive understanding of behavioral genetics from a leading textbook in the field.

View Behavioral Genetics on Amazon

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Read the book thoroughly
Take notes on key concepts
Complete the end-of-chapter exercises
Discuss the book with classmates or a study group

Six other activities

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Explore the Human Genome Project website

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Gain a deeper understanding of the Human Genome Project and its impact on our understanding of genetics.

Browse courses on Human Genome Project

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Visit the Human Genome Project website
Read the 'About' and 'History' sections
Explore the 'Resources' section
Watch a video tutorial on the Human Genome Project

Join a study group with classmates

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Collaborate with peers to enhance your understanding of course material through discussions and shared perspectives.

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Find classmates who are interested in forming a study group
Meet regularly to discuss course material
Work together on assignments and projects

Practice solving behavioral genetic problems

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Strengthen your problem-solving skills and apply your knowledge of behavioral genetics to real-world scenarios.

Browse courses on Heritability

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Find practice problems online or in a textbook
Solve the problems using the methods learned in class
Check your answers against the provided solutions

Attend a workshop on behavioral genetics

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Engage with experts in the field and gain insights into the latest research and applications of behavioral genetics.

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Find a workshop on behavioral genetics
Register for the workshop
Attend the workshop
Take notes and ask questions

Write a research proposal on a behavioral genetic topic

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Develop your research skills and gain a deeper understanding of a specific behavioral genetic topic.

Browse courses on Schizophrenia

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Choose a topic of interest
Conduct a literature review
Develop a research question
Write a research proposal

Become a tutor or mentor in behavioral genetics

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Reinforce your understanding of behavioral genetics while helping others grasp the material.

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Identify opportunities to tutor or mentor others in behavioral genetics
Prepare lesson plans and materials
Meet with students regularly to provide support and guidance
Assess student progress and provide feedback

Career center

Learners who complete Introduction to Human Behavioral Genetics will develop knowledge and skills that may be useful to these careers:

Genetic Counselor

Genetic counselors use their understanding of human genetics to help people make informed decisions about their health. They may work with individuals who are at risk for developing genetic disorders or with families who have a history of genetic disease. Genetic counselors can provide information about the inheritance of genetic disorders, the risks and benefits of genetic testing, and the options for managing genetic conditions. As a genetic counselor, you would use your knowledge of behavioral genetics to help individuals and families understand the complex interplay of genes and environment that can influence their health and well-being.

See salaries and explore the career path for Genetic Counselor

Physician

Physicians use their knowledge of human genetics to diagnose and treat diseases. They may work with patients who have genetic disorders or with families who have a history of genetic disease. Physicians can order genetic tests to help diagnose genetic disorders, and they can provide information about the inheritance of genetic disorders and the risks and benefits of genetic testing. As a physician, you would use your knowledge of behavioral genetics to help patients understand the complex interplay of genes and environment that can influence their health and well-being.

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Nurse Practitioner

Nurse practitioners use their knowledge of human genetics to provide care to patients. They may work with patients who have genetic disorders or with families who have a history of genetic disease. Nurse practitioners can order genetic tests to help diagnose genetic disorders, and they can provide information about the inheritance of genetic disorders and the risks and benefits of genetic testing. As a nurse practitioner, you would use your knowledge of behavioral genetics to help patients understand the complex interplay of genes and environment that can influence their health and well-being.

See salaries and explore the career path for Nurse Practitioner

Pharmacist

Pharmacists use their knowledge of human genetics to help patients understand the risks and benefits of medications. They may work with patients who are taking medications for genetic disorders or with families who have a history of genetic disease. Pharmacists can provide information about the inheritance of genetic disorders, the risks and benefits of genetic testing, and the potential interactions between medications and genetic disorders. As a pharmacist, you would use your knowledge of behavioral genetics to help patients understand the complex interplay of genes and environment that can influence their health and well-being.

See salaries and explore the career path for Pharmacist

Public Health Geneticist

As a public health geneticist, you would use your knowledge of human genetics to help improve the health of populations. You may work with public health agencies to develop and implement programs to prevent and control genetic disorders.

See salaries and explore the career path for Public Health Geneticist

Research Scientist

As a research scientist, you would use your knowledge of human genetics to conduct research on the causes and treatments of genetic disorders. You may work in a variety of settings, including universities, hospitals, and research institutes.

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Biostatistician

As a biostatistician, you would use your knowledge of statistics to analyze data on human genetics. You may work with researchers to design and conduct studies on the causes and treatments of genetic disorders.

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Computational Biologist

As a computational biologist, you would use your knowledge of computer science to develop and apply computational methods to the study of human genetics. You may work with researchers to design and conduct studies on the causes and treatments of genetic disorders.

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Research Assistant

As a research assistant, you would assist researchers with their studies on the causes and treatments of genetic disorders. You may work in a variety of settings, including universities, hospitals, and research institutes.

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Laboratory Technician

As a laboratory technician, you would work in a laboratory setting to conduct experiments on the causes and treatments of genetic disorders. You may work with researchers to design and conduct studies on the causes and treatments of genetic disorders.

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Health Educator

As a health educator, you would use your knowledge of human genetics to educate the public about the causes and treatments of genetic disorders. You may work with a variety of audiences, including patients, families, and healthcare professionals.

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Policy Analyst

As a policy analyst, you would use your knowledge of human genetics to develop and analyze policies related to genetic disorders. You may work with government agencies, non-profit organizations, or private companies.

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Science Writer

As a science writer, you would use your knowledge of human genetics to write articles and books about the causes and treatments of genetic disorders. You may work for a variety of publications, including newspapers, magazines, and websites.

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Teacher

As a teacher, you would use your knowledge of human genetics to teach students about the causes and treatments of genetic disorders. You may work in a variety of settings, including schools, colleges, and universities.

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Counselor

As a counselor, you would use your knowledge of human genetics to provide support and guidance to individuals and families who are affected by genetic disorders. You may work in a variety of settings, including hospitals, clinics, and private practice.

See salaries and explore the career path for Counselor