'Heritability' diaporamas de présentation

Chapter 4: Nature, Nurture, and Human Diversity

Chapter 4: Nature, Nurture, and Human Diversity. Jen Lubelchek Period 6. Sweets are a biological aspect of taste that humans prefer. At 8 months we begin to fear strangers. 3 universal behaviors of humans. EATING. DANCING. DRINKING. Define behavior genetics.

1.7k views • 150 slides

John G. Gunderson, MD

I have no conflict of interest. John G. Gunderson, MD. Good Psychiatric Management ESSPD Conference, Amsterdam September 27, 2012 John Gunderson, MD. BPD: Status Prevalence ~ 20% clinical visits, ~ 2.5% of population Health Care Burden - escalating costs

1.68k views • 78 slides

Bell Ringer 3.19.2013

914 views • 74 slides

Summer at the Academy

Summer at the Academy. Introduction to Psychology Days 11 & 12: Psychological Disorders Ms. Mary-Liz Fuhrman. TOPICS. Perspectives Anxiety Disorders Mood Disorders Schizophrenia Personality Disorders Rates of Psych. Disorders. What do you know?.

681 views • 55 slides

Genetics

580 views • 42 slides

Traditional (historical) Breeding

Gradual (but dramatic) genetic change over long time periods through observation and selective breeding (Instinctive Selection). Traditional (historical) Breeding. Economic pressures for rapid genetic change over short periods via optimal utilization of available breeding tools. Modern Breeding.

593 views • 38 slides

A Gene Expression Project

A Gene Expression Project. Richard Mott Wellcome Trust Centre for Human Genetics. Project Summary. Gene Expression Analysis Comparison with phenotypes Gene Ontology Analysis Comparison between tissues Gene Coexpression Networks

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Neuroscience and Behavior

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The Inheritance of Complex Traits

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Lecture 4: Basic Designs for Estimation of Genetic Parameters

Lecture 4: Basic Designs for Estimation of Genetic Parameters. Heritability. Narrow vs. board sense. Narrow sense: h 2 = V A /V P. Slope of midparent-offspring regression (sexual reproduction). Board sense: H 2 = V G /V P. Slope of a parent - cloned offspring regression

724 views • 26 slides

Do Now 5/7 (Pass up week 34 do nows )

Do Now 5/7 (Pass up week 34 do nows ). Objectives: Define evolution, variation, natural selection, and adaptation Describe how evolution produces organisms that are better adapted to their environment. Task:

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Agricultural Genetics

473 views • 25 slides

Evolution By Natural Selection

Evolution By Natural Selection. Do Now: 1 st : turn in natural selection lab 2 nd : on notes sheet from yesterday- Place the following organisms into 3 groups, based on their biological characteristics Jellyfish Dog Oak Tree Mustard Plant Yersinia pestis Bacillus anthracis.

460 views • 24 slides

Complex Traits

Complex Traits. Intro. Many traits (over 6000 in humans) are inherited in a simple Mendelian fashion: autosomal or sex-linked, dominant or recessive. These patterns are fairly easy to see when pedigrees are examined.

578 views • 22 slides

CHAPTER 2

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Heredity and Environment

Heredity and Environment. Michael Hoerger. Introduction. Long-standing debate: nature vs. nurture (heredity vs. environment, genetic diathesis vs. stress) Opinions fluctuate over time (multicontextual) What is the current zeitgeist ?

469 views • 17 slides

Genetic Inheritance

Genetic Inheritance. Conception The union of sperm and ovum create a zygote The zygote contains a complete set of 46 chromosomes The first 22 pairs are called autosomes . The 23rd pair are the sex chromosomes . DNA Genes. Genetic Principles . Genes Genotype. Phenotype

391 views • 16 slides

Heritability of Pinyon Pine Stomata

Heritability of Pinyon Pine Stomata. By: Tara Llewellyn and Dr. Amy Whipple Northern Arizona University. Brief Overview. Introduction - Background Information - Hypothesis Methods and Materials - Cone collection and genetic testing

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KEY CONCEPT Darwin proposed natural selection as a mechanism for evolution.

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Evolutionary theory predicts the direction and magnitude of evolutionary change

Evolutionary theory predicts the direction and magnitude of evolutionary change. Change in trait mean (phenotype) of a population from one generation to the next Change in allele frequency (genotype) from one generation to the next. What will beak size be in the next generation?.

484 views • 4 slides