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Population Genetics:     more books (100)

The Evolution and History of Human Populations in South Asia: Inter-disciplinary Studies in Archaeology, Biological Anthropology, Linguistics and Genetics ... Paleobiology and Paleoanthropology) Genetic Disorders Among Arab Populations Foundations of Mathematical Genetics by Anthony W. F. Edwards, 2000-01-13 Human Genetics (Genetics and Evolution) by Russ Hodge, 2010-01 Human Population Genetics: A Centennial Tribute to J.B.S. Haldane (Language of Science) Genetic Structure and Selection in Subdivided Populations (MPB-40) (Monographs in Population Biology) by Francois Rousset, 2004-01-05 The genetics of populations (Special report) by Jay L Lush, 1994 Population Genetics: Diversity and Stability by Yu.p. Altukhov, 1990-01-01 Population Genetics and Evolution (2nd Edition) by Lawrence E. Mettler, Thomas G. Gregg, et all 1988-02-28 Population Genetics: Principles and Practices for Fisheries Scientists Structural Approaches to Sequence Evolution: Molecules, Networks, Populations (Biological and Medical Physics, Biomedical Engineering) Saxons, Vikings, and Celts: The Genetic Roots of Britain and Ireland by Bryan Sykes, 2007-12-17 Population genetics (Tertiary Level Biology) by J. S. Gale, 1980-07-01 Biological Anthropology and Ethics: From Repatriation to Genetic Identity

lists with details

61. Population Genetics
    04 October 2001. Naturejobs 413, 04 October 2001, 4 5 (2001); doi10.1038/35097203.Advertisement population genetics EUGENE RUSSO.  
    http://www.nature.com/cgi-taf/DynaPage.taf?file=/nature/journal/v413/n6855/full/

62. Molecular Population Genetics And Evolution
    Molecular population genetics and Evolution. This page contains all practicalinformation for the course in Molecular population genetics and Evolution.  
    http://biology.aau.dk/~biomhs/

63. Population Genetics
    population genetics and Breeding. by John Armstrong. Early genetics. Populationgenetics is a tool for looking at an entire population or breed.  
    http://www.magmacom.com/~kaitlin/diversity/essays/pgbreed.html
    
    Extractions: The Canine Diversity Project Population Genetics and Breeding This does not imply an endorsement of random mating, but was simply a starting point for the eventual development of equations to describe other situations. Most natural populations do not follow these rules. In nature, selection is often harsh, and most animals do not practice random mating. In many species that live in packs or herds, only the dominant male may breed and competition for that spot may be intense. Otherwise, the most common practice is probably assortative mating, where mates are chosen that have similar qualities (size, temperament, etc.) or are not closely related (negative assortative mating). How they decide on the latter is still being determined, but recognition of relatives probably depends on pheromones to a large extent. In the beginning, all geneticists held to much the same beliefs, or "model"– that there was one, and only one, good (or "wild-type") version of each gene. There were also a few nasty recessive mutants that would occasionally surface. They didn't really expect to find a large amount of diversity for most genes. They lived in a black-and-white world where genes were like light switches – either on or off, no in-between. As most of the bad mutations appeared to be recessive, good breeding was reduced to finding ways of efficiently identifying those carrying "degeneracies". Faith in inbreeding as a method for breeding the perfect individual was reinforced by various authors:

64. Eccles Institute Of Human Genetics - Population Genetics
    Overview Disease Genetics Genomics and Technology Developmental GeneticsGene Decoding population genetics, population genetics. Moving  
    http://www.genetics.utah.edu/faculty/populationgenetics.html
    
    Extractions: Population Genetics Moving from the "micro" level of genetics (directing cell function, growth, and development) to the "macro" level, we see that our genes make us similar to or different from each other. Inherited (or genetic) characteristics such as height, hair color, and race are a few examples. Each characteristic has many variations; hair color can be black, brown, red, blonde, white, or gray, for example. Statistical analysis of such variations is used to determine how they are passed from generation to generation. Our researchers use population genetics to identify and track variations that produce genetic diseases and to study historical issues such as the evolution of humans.

65. KLUWER Academic Publishers | Population Genetics
    Genomic Diversity Applications in Human population genetics Surinder Singh Papiha,Ranjan Deka, Ranajit Chakraborty October 1999, ISBN 0306-46295-8, Hardbound  
    http://www.wkap.nl/home/topics/L/9/2/

66. KLUWER Academic Publishers | Population Genetics
    Population Systems April 1981, ISBN 0306-40589-X, Hardbound Out of Print PopulationGenetics of Forest Trees WT Adams, Steven H. Strauss, Donald L. Copes, AR  
    http://www.wkap.nl/home/topics/L/9/2/?sort=Z&results=0

67. Population Genetics
    Research in the population genetics Laboratory is focused on detectingand mapping individual genes that influence common human diseases.  
    http://www.sfbr.org/sfbr/departments/genetics/popgen/
    
    Extractions: Research in the Population Genetics Laboratory is focused on detecting and mapping individual genes that influence common human diseases. Evidence for disease susceptibility genes is obtained by statistical genetic analysis of patterns of variation in disease risk factors within families. Our research involves studies of human families and of animal models. Our human studies include the investigation of genetic effects on cardiovascular risk factors in Mexican American and American Indian families. We are detecting and mapping major genes that influence susceptibility to heart disease, diabetes, and obesity, and characterizing the interactions of genes and environmental factors. We recently have begun studies of the genetics of susceptibility to parasitic infections in humans. Projects include a study of helminthic infection among the Jiri of Nepal, and investigation of Chagas' disease in Brazil. Testing hypotheses about the form of genetic transmission of such diseases and their associated risk factors requires statistical models that can consider more than one trait at a time and that can fully utilize data for extended families. We are developing new methods for determining whether the effects of genes contributing to physiological variation are constant across different environments. We also are developing rapid methods of linkage analysis of quantitative and qualitative traits in extended pedigrees, for use in genomic searching.

68. Plant And Invertebrate Ecology. Rothamsted Research, UK
    Invertebrate population genetics and Ecology Head of Programme Ian DenholmThemes Projects Web pages Staff EXAMINE Insect survey SADIE  
    http://www.rothamsted.bbsrc.ac.uk/pie/IanGrp/IanIndex.html
    
    Extractions: The overall objective is to describe, analyse and model the mechanisms determining spatial and temporal aspects of the abundance, distribution and genetic composition of invertebrates in agricultural environments. Primary goals of the research are to (i) improve forecasting and sampling methodologies for pests, natural enemies and other bioindicator species; (ii) interpret the effects of agricultural practices on biodiversity at the community, species and population levels; and (iii) contribute to the effectiveness and predictability of pest management practices. The following three broad themes, by no means mutually exclusive, encompass virtually all of the component projects. Comments and suggestions about this WEB site are always welcome

69. Plant And Invertebrate Ecology. Rothamsted Research, UK
    Plant Biodiversity and population genetics Head of Programme AngelaKarp Themes Projects Staff The primary objective is to  
    http://www.rothamsted.bbsrc.ac.uk/pie/AngelaGrp/AngelaIndex.html
    
    Extractions: Themes Projects Staff The primary objective is to gain understanding of biodiversity and population biology of plants as components of agricultural systems through molecular genetic and ecological studies, statistical analysis and theoretical modelling of underlying processes. Secondary objectives embraced within this goal are: (i) to determine the most effective ways of utilising knowledge on diversity and ecological dynamics for improved utilisation and management of crop genetic resources and farmland flora and; (ii) to assess the role and contribution of genetic diversity to ecological stability and/or resilience of species within the agricultural system. Comments and suggestions about this WEB site are always welcome

70. BBC - Gene Stories - Genes And History - Population DNA
    Dr Jim Wilson describes how population genetics works and how it can help thehistorian. Looking ahead What will population genetics reveal in the future?  
    http://www.bbc.co.uk/history/genes/population/population_dna.shtml
    
    Extractions: For example, when archaeologists discover relics of a distant culture in unusual places, it prompts the question: did the people of that culture travel there or was it just the artefacts which made their way across the world, perhaps through trade or as loot seized during battle? Explaining cultural changes in a group of people can also be problematic because it is impossible to know if the change resulted from a movement of people or merely a movement of ideas. Whilst archaeology can provide some of the answers by unearthing evidence of changes in material culture, only genetics can complete the picture telling us whether cultural transitions were accompanied by changes in the blood of the people.

71. Smithsonian Institution, Anthropology Outreach Office Teacher Packet: Beanbag Po
    BEANBAG population genetics. How does evolution work ? population geneticsis the study of the behavior of genes and their alleles in populations.  
    http://www.nmnh.si.edu/anthro/outreach/edpopula.html
    
    Extractions: Anthropology Outreach Office Smithsonian Institution BEANBAG POPULATION GENETICS How does evolution "work"? This exercise defines basic terms and describes experimental procedures for teachers to use when explaining concepts in evolution. Students work in teams of two, and each team completes two separate experiments demonstrating 1) random genetic drift, and 2) natural selection. Since each team must complete up to ten trials for each experiment, the teacher may want to plan this activity for two class periods. After all the experiments have been completed, the teams can regroup for a discussion of the experimental outcomes. Under the Reports section of this exercise, guidelines are offered for each group’s written summary of the experiments. Teachers can focus on the following for class discussion: How do the experimental procedures differ? How does the sample size of beans affect the outcome of the experiments? How are the outcomes of the experiments similar? How are they different? How do the two evolutionary forces demonstratedrandom genetic drift and natural selection change populations differently? It is difficult to predict the exact outcomes of these experiments, just as it is difficult to predict evolutionary changes. However, the teams can compare their different results, and discuss how the changes in their populations occurred (gradually or suddenly) through the steps of the experiments.

72. Bioethics And Human Population Genetics Research
    (156 Ko), BIOETHICS AND HUMAN population genetics RESEARCH. (Chee Macer).I. population genetics. I.1 What is population genetics ?  
    http://www.unesco.org/ibc/en/actes/s3/chap3.html
    
    Extractions: (156 Ko) BIOETHICS AND HUMAN POPULATION GENETICS RESEARCH I. Population Genetics I.1 What is population genetics ? Population genetics is a discipline studying genetic variation in defined populations, including relevant aspects of population structure and geographic variability of DNA sequences and their frequencies. I.2 Main trends in population genetics research I.2.1 Genetic epidemiology Isolated populations are the main source for observation of genetic forces acting in human evolution. Pedigree information can be used to observe migration, to measure the mean- inbreeding coefficients, or to trace the linkage of disease. The method used to make a pedigree sheet, and the information sought, depends upon the objects of investigation, the quality and quantity of basic data, and their purposes. I.2.2 Genetic screening Population genetic studies are not new, but the technology and level of analysis has evolved very quickly. The large-scale genetic studies that have been carried out often survey large groups that are anonymous in character, but some studies have been conducted on sampled individuals from target populations. I.2.3

73. Population Genetics
    Boards. Events. Search. More Resources for population genetics more PopulationGenetics. Guide Preferences. More Resources for population genetics more  
    http://www.sparknotes.com/biology/evolution/populationgenetics/

74. Bigchalk HomeworkCentral Population Genetics (Evolutionary
    Looking for the best facts and sites on population genetics? Modern Synthesisof Genetics Evolution; Overview; population genetics Human Genetics;  
    http://www.bigchalk.com/cgi-bin/WebObjects/WOPortal.woa/Homework/High_School/Sci

75. Bigchalk: HomeworkCentral: Population Genetics (Evolutionary Biology)
    Looking for the best facts and sites on population genetics? MIDDLE SCHOOL Science Life Sciences (Biology) Evolutionary Biology population genetics.  
    http://www.bigchalk.com/cgi-bin/WebObjects/WOPortal.woa/Homework/Middle_School/S

76. Department Of Genetics - Trinity College Dublin - Molecular Population Genetics
    Contact Genetics, Molecular population genetics. Personnel.  
    http://www.tcd.ie/Genetics/research/molpopgen.htm
    
    Extractions: The evolution of domestic cattle is closely intertwined with the history of agriculture. Novel information on early domestication events and subsequent cattle migration has been gleaned from mtDNA, Y chromosome and microsatellite variation. Ancient DNA work is part of this analysis. Additionally, the valuable genetic resources represented by indigenous West African cattle populations are being described with their conservation as an objective. 2: Genetic epidemiology of cattle trypanosomiasis in Togo, West Africa: The role of zebu crossbreeding with native cattle in the prevalence of tsetse-borne sleeping sickness is unknown precisely but suspected to be a major factor. Genetic variation in selected populations with extensive epidemiological data are under investigation. 3: Genetic diversity in human populations European human populations all share a relatively recent common ancestry. As such highly variable loci are needed for comparisons. This work concentrates on the analysis of male specific haplotypes using a series of slowly evolving restriction fragment length polymorphisms and simple-sequence repeats on the Y chromosome. In conjunction with surname information this work aims to develop a genetic map of diversity in Ireland in an attempt to make inferences about the origins of the Irish population. Mitochondrial DNA analysis of the hypervariable D-loop region is also being carried out.

77. Jhupbooks.com | Science & Applied Mathematics | Population Genetics
    population genetics A Concise Guide John H. Gillespie population genetics remainsthe central intellectual connection between genetics and evolution.  
    http://www.press.jhu.edu/press/books/titles/f97/f97gipo.htm
    
    Extractions: Navigate Our Site... -THE PRESS The Press Our Staff Rights and Permissions The University -BOOKS Regional Interest Medicine and Science History and Social Science Literature and the Arts Media Center Author Events Schedule Advanced Search What's New Class Use Ordering Submission Guidelines Publicity ePublishing nycbks.com -JOURNALS Search Subscribe What's New Special Offers Special Issues Publishing Services Testimonials Contact List Advertising -PROJECT MUSE Project Muse Selected by Choice Magazine as an Outstanding Academic Book of the Year "Population genetics remains the central intellectual connection between genetics and evolution. This book lays out much of the foundation of population genetics augmented with interesting particulars and conceptual insight. Population genetics involves ideas that are quatitative and ofter difficult for biology undergraduates, but Professor Gillespie offers his characteristically clear thinking and articulate explanations." Charles Langley, University of California-Davis "In a species with a million individuals," writes John H. Gillespie, "it takes roughly a million generations for genetic drift to change allele frequencies appreciably. There is no conceivable way of verifying that genetic drift changes allele frequencies in most natural populations. Our understanding that it does is entirely theoretical. Most population geneticists are not only comfortable with this state of affairs, but revel in the fact that they can demonstrate on the back of an envelope, rather than in the laboratory, how an important evolutionary force operates."

78. Bioethics And Human Population Genetics Research
    Bioethics and human population genetics research. Report of Subcommittee on Bioethicsand population genetics, of the UNESCO International Bioethics Committee.  
    http://www.biol.tsukuba.ac.jp/~macer/PG.html

79. Christopher G. Eckert - Plant Evolution And Population Genetics
    Research into plant ecology, evolution and population genetics atQueen's University in Canada. Dr. Christopher G. Eckert Queen's  
    http://biology.queensu.ca/~eckertc/
    
    Extractions: Most flowering plants combine sexual reproduction with some form of asexual reproduction, yet the selective consequences of the two reproductive modes as well as the ecological and genetic factors controlling the balance between them are poorly understood. We are investigating the causes and consequences of the two major modes of asexual reproduction: vegetative propagation and apomixis. Colonization, especially when it involves the movement of a species from one part of the world to another, can have a variety of ecological and genetic consequences, which, in turn may greatly affect the evolution of reproductive and life-history strategies. Understanding the consequences of colonization is also central to the effective management of invading species. We are investigating the ecological and genetic consequences of colonization by comparing native and introduced populations of

80. POPULATION GENETICS
    population genetics. 11/9/98. Click here to start. Table of Contents.population genetics. Random Genetic Drift is the result of  
    http://www.scar.utoronto.ca/~thompson/course/randomdrift/
    
    Extractions: Click here to start POPULATION GENETICS Random Genetic Drift is the result of “sampling error.” When a sample is taken from a large population, the allelic frequencies in the sample may not be identical to the allelic frequencies in the original population Recall from the lecture on the Hardy-Weinberg equilibrium that: Binomial Theorem (or Distibution) ... The Founder Effect Author: Prof. Paul Thompson Email: thompson@scara.utoronto.ca Home Page: www.scar.utoronto.ca/~thompson Download presentation source

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