Home  - Basic_M - Mendelian Genetics

Books Baby Camera Phones Computers Games DVD Electronics Kitchen Magazines Music Garden Software Tools Toys Video Apparel & Accessories Jewelry & Watches Musical Instruments Health & Personal Care Beauty Sports & Outdoors Office Products

e99.com Bookstore

Images

Newsgroups

61-80 of 103    Back | 1  | 2  | 3  | 4  | 5  | 6  | Next 20

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Mendelian Genetics:     more books (71)

Mendelian Revolution: The Emergence of Hereditarian Concepts in Modern Science and Society by Peter Bowler, 2001-01-01 Mendelian Inheritance in Man by Dr. Victor A. McKusick MD, 1978-12-01 Catalog of Human Cancer Genes: McKusick's Mendelian Inheritance in Man for Clinical and Research Oncologists (Onco-MIM) by Dr. John J. Mulvihill MD, 1999-05-12 The matter of Mendelian heredity by Kenneth R Lewis, 1972 Mendelian Inheritance in Man (2 Vols)(Vol 1) by Dr. Victor A. McKusick MD, Dr. Clair A. Francomano MD, et all 1992-07-01 Mendelian Laws of Inheritance: An entry from UXL's <i>UXL Complete Life Science Resource</i> Mendelian laws of inheritance: An entry from UXL's <i>UXL Encyclopedia of Science</i> Blackboard Premium Student Access Kit for iGenetics: A Mendelian Approach by Peter J. Russell, 2005-09-01 CourseCompass Student Access Kit for iGenetics: A Mendelian Approach by Peter J. Russell, 2005-09-24 Mendelian Inheritance In Man 1998 Updated Quarterly by McKusick, 1998-01 Mendelian Inheritance in Man. July / Dec 94 Issue by Dr. Victor A. McKusick MD, Dr. Clair A. Francomano MD, et all 1996-12-18 Mendelian Inheritance in Man, July 95 Issue (Export) by Dr. Victor A. McKusick MD, Dr. Clair A. Francomano MD, et all 1997-12-18 The probable error of a Mendelian class frequency by Raymond Pearl, 1917 MENDELIAN INHERITANCE IN MAN: A CATALOG OF HUMAN GENES AND GENETIC DISORDERS VOLUMES 1-3. by Victor A. McKusick, 1998

lists with details

61. Mendelian Genetics
    mendelian genetics. Objectives. Understand mendelian genetics and Mendel s Laws.Illustrate the principle of segregation by diagraming a monohybrid cross.  
    http://wheat.usu.edu/courses/USU1350/outline/mendel.html
    
    Extractions: Mendelian Genetics Objectives When you finish this section, you should be able to : Discuss Gregor Mendel's life , experiments and terminology Understand Mendelian Genetics and Mendel's Laws Illustrate the principle of segregation by diagraming a monohybrid cross Illustrate the principle of independent assortment by diagraming a dihybrid cross Apply the sum and product rules to predict probability of phenotypes and genotypes of complex crosses Understand the implications of linkage Interpret Pedigrees Understand the types of gene action Understand modification of Mendelian ratios due to epistasis and pleitropy Predict ratios involving lethal genes Describe variable penetrance and variable expressivity Mendelian Genetics Self Quiz Back to USU 1350 Course Outline. Back to USU 1350 Course Syllabus.

62. Mendelian Genetics
    MEDG520 Block 4 mendelian genetics. Concepts.  
    http://obiweb.bcgsc.ca/medgen/medgen520/Block4.htm
    
    Extractions: MEDG520         Block 4      Mendelian Genetics Concepts Linkage Analysis The only method that allows genetic mapping of genes (including disease genes) that are detectable only as phenotypic traits. (No biochemical or molecular basis known for the gene of interest). Methodology: Studying the segregation of the disease in large families with polymorphic markers from each chromosome. One or more markers will eventually be identified which co segregates with the disease more often than would be expected by chance (the two loci are linked). Genetic Markers : Characteristic loci located at the same place on a pair of homologous chromosomes that allows us to distinguish one homologue from the other.  They are usually DNA sequence polymorphisms that can be detected by PCR. Synteny: Genes that reside on the same chromosome are said to be syntenic (whether linked or unlinked) : A measure of the distance separating two loci or an indication of the likelihood that a crossover will occur between them.

63. Mendels Genetics
    mendelian genetics. mendelian genetics UC Davis; Introduction to Genetics- Maricopa College; mendelian genetics - MIT hypertextbook;  
    http://home.earthlink.net/~dayvdanls/mengenIndex.htm
    
    Extractions: Genetics Problem Set Campbell In the 1860's, Gregor Mendel developed a theory for inheritance based on statistical analysis of empirical data he collected for the garden pea plant. Why study genetics? Allele . a particular form of a gene at a given location on a chromosome. Geneticists use the term character for a heritable feature, such as flower color, that varies among individual. Each variant for a character such as purple or white is called a trait Dihybrid cross . a cross where two different pairs of alleles are involved. Genotype . the total combination of an organism's genes. Homozygous . a genotype where both alleles are the same. Heterozygous . a genotype where the alternate alleles are different. Monohybrid cross . a cross where one pair of alternate alleles is under consideration. Pedigree . A family tree describing the occurrence of heritable characteristics in parents and offspring across as many generations as possible. Take a look at what the symbols in a pedigree chart mean.

64. Chapter 13 - Mendelian Genetics
    mendelian genetics. Topics. 3. Extending mendelian genetics. Incompletedominance; Multiple alleles; Pleiotropy; Epistasis; Polygenic inheritance;  
    http://project.bio.iastate.edu/Articulation/ISU/Freshman/Biol_201/Outlines/chp13

65. Genetics: Unit 2 - Mendelian Genetics
    Biol 213 Genetics (Fall 2000) Schedule for Unit 2 mendelian genetics. WedSep27, Chromosomes Their nature and behavior, Wed Oct 4, mendelian genetics,  
    http://www.people.vcu.edu/~elhaij/genetics/Notes/Unit2/
    
    Extractions: Schedule for Unit 2: Mendelian Genetics Wed Sep27 Chromosomes: Their nature and behavior Fri Sep 29 Chromosomes: When things go wrong Mon Oct 2 PROBLEM SESSION: Problem Set 5 Problem Set 5 Wed Oct 4 Mendelian genetics Notes Slides Fri Oct 6 Mendelian genetics Notes Slides Mon Oct 9 PROBLEM SESSION: Problem Set 6.8, 13, 16 Problem Set 6 Wed Oct 11 Extensions to Mendelian genetics Notes Slides Fri Oct 13 Extensions to Mendelian genetics

66. Mendelian Genetics
    mendelian genetics BY 102 Spring 2001. Essential Definitions. gene DNA sequencethat codes for a product; humans have 30,000 to 40,000 coding genes.  
    http://www.eeb.uconn.edu/Courses/BIO102/BIO102S01/genetics.html
    
    Extractions: Mendelian Genetics BY 102: Spring 2001 Essential Definitions gene DNA sequence that codes for a product; humans have 30,000 to 40,000 coding genes allele one form/variation of a gene locus location/address of a gene along a chromosome homozygous : condition where both alleles in a diploid organism code for the same product heterozygous : condition where the two alleles in a diploid organism code for different products chromosome a discrete DNA + protein complex found in eukaryotes dominant allele allele that can mask presence of recessive allele recessive allele : allele that is only expressed in the homozygous condition phenotype : the outward appearance of an organism; the observable traits genotype : the genetic blueprint of an individual Monohybrid Cross * Be able to use Punnett Squares to determine genotypes and phenotypes of a cross * gamete types of one parent go across the top and gamete possibilities of other parent down the side * Ex. cross homozygous white flowered pea (ww) x purple-flowered pea (WW). - gametes of each parent are identical for flower color gene, i.e., purple has only W gametes

67. MENDELIAN GENETICS 3
    mendelian genetics 3. SEX LINKED AND SEXLIMITED INHERITANCE. Geneslocated on the X or the Y chromosome are said to be sex-linked.  
    http://www.jcu.edu.au/~zljes/bz1001/lecture8.htm
    
    Extractions: MENDELIAN GENETICS 3 SEX LINKED AND SEX-LIMITED INHERITANCE Genes located on the X or the Y chromosome are said to be sex-linked Two types of Sex-linkage Y Linkage: Y chromo determines the differentiation of the embryo into maleness e.g. gonads into testes, spermatogenesis etc Females are normal in all aspects, but lack a Y chromosome. Indicates the Y chromosome is not involved in normal development Very few genetic characteristics transmitted by the Y chromosome. No problem in identifying them in a pedigree, ALL males will display the trait, but no females will. This type of Y linkage inheritance is referred to as HOLANDRIC inheritance. Pedigree example X linkage: Genes located on the X chromosome Differs from autosomal inheritance because males possess only one X-chromosome. Recessive traits which are masked in females in the heterozygous state but will be exposed in males, who cannot be heterozygous at this loci on the X-chromosome. Sex-linked RECESSIVE traits appear in males at the same frequency as the allele frequency. but Most sex-linked recessives occur in the heterozygous state in females

68. KInet - Mendelian Genetics
    mendelian genetics, Note Make sure you have read my Introduction to Basic Genetics Biology page before reading this section! Mendel mendelian genetics  
    http://www.kinet.co.za/genetics_mendel.htm
    
    Extractions: Emu Mendelian Genetics Note : Make sure you have read my page before reading this section! Introduction Alleles Dominance Related Topics ... References Introduction After reading my page you might think where all of this fits in. From here on onwards I will mostly describe single gene traits. Single gene traits are traits that are determined by genes at only one locus. It was mentioned before that single gene traits, also called qualitative traits, are important in the pet/animals trade. We all want beautiful looking unique animals and one of the main distinguishing factors is colour. Most colour differences work on Mendel's principles. By now you should know that genes may consist out of various alleles and that a locus can mostly carry two alleles. If both the alleles are the same the the phenotype will be that of those alleles. When alleles at a locus differ, various interactions are possible. One allele may be completely dominant over the other, in which case only the dominant allele's phenotype will be expressed. Sometimes two alleles may interact in such a way that although they are different, both their phenotypes are expressed. It is like the colour purple, consisting out of red and blue. Top Way back in 1865 Gregor Johann Mendel did some research on the garden pea. He was the first person who described the basic patterns of inheritance. This is why the basic inheritance of genes, namely Mendelian genetics, is called after him. His work proved to be the basis of modern genetics. It describes the simple inheritance of genes from parents to offspring

69. Mendelian Genetics And Some Other Non-sex Linked Inheritance
    mendelian genetics and Some Other NonSex Linked Inheritance Chapter14 from Campbell and Reece. Note I think it is efficient to  
    http://www.ccsn.nevada.edu/science/jreed/190.C14.htm

70. Mendelian Genetics Quiz
    mendelian genetics. On Line Quiz. 1. If Mendel had chosen more than seven traitsin his plants, he might have run into some confusing results regarding  
    http://www.cst.cmich.edu/users/Benja1dw/BIO101/tools/quiz/mendel.htm
    
    Extractions: e. plants with 75% red and 25% white flowers The next two questions relate to the following problem: In Mendel's garden peas, the tall allele (D) is dominant over the dwarf allele (d), and the green pod allele is dominant (Y) over the yellow pod allele (y). 4. Using the symbols provided above, what is the genotype of a heterozygous tall, homozygous green pod pea plant?

71. Lecture 13 - Mendelian Genetics I
    Syllabus. Lecture 13 mendelian genetics Keywords. Homework Russell Chapter 10,Questions 113, 26-28 Later Questions 14-19, 22-23, 29, 31 Later The rest.  
    http://fp.bio.utk.edu/botany/Botany_courses/fpcourses/240 genetics/Lecture 13-Me
    
    Extractions: Note: Solution for Question 30 on page 778 appears to be incorrect. A. Introduction Mendel’s background B. Monohybrid cross - 1 st law – Punnett square Mendel’s model system – the pea plant: easy maintenance, self-compatibility, availability of variants for multiple traits 1. Crossing two true-breeding lines to make a hybrid Mendel’s observation #I: Uniformity of the F1 dominant and recessive traits 2. Selfing of the F1 hybrid – Mendel’s observation #II: The ‘recessive’ allele reappears in the F2 generation with a frequency of one quarter (3:1). Model: Note: The facts are important. Exactly which of them is said to be encapsulated by 'Mendel’s 1

72. STUDY GUIDE FOR MODULE XIX MENDELIAN GENETICS  This Page Contains Module Learni
    STUDY GUIDE FOR MODULE XIX mendelian genetics (fly image from http//www.biology.arizona.edu/mendelian_genetics/mendelian_genetics.html;family tree image from  
    http://webusers.xula.edu/dmcdowel/documents/BIOL1240lec/module_xix_mende.htm

73. Mendelian Genetics
    mendelian genetics. Look what happened to genetics when Mendel took a pea! .Today you will look at five different fields of newly germinated corn.  
    http://www.science-projects.com/L4Corn.htm
    
    Extractions: Mendelian Genetics "Look what happened to genetics when Mendel took a pea!" Today you will look at five different fields of newly germinated corn. You might call these the world' smallest experimental agricultural plots. A few days ago they were tilled and planted with five different varieties of corn that have size and color genes in them. You are to determine whether or not the genes are linked, which are dominant. In order to do that, you should first reacquaint yourself with some statistics (or sadistics, as some are wont to call it). You will need to know about chi-square analysis . So hunt up that handout , do that assignment , and then return to the next paragraph. Every farmer knows that one must walk carefully in newly germinating fields. The plantlets are fragile. So please be gentle as you count them and do your analyses. Your names will be posted for subsequent sections to read if you damage their crops - you all must share! But before we walk out into our fields, let's see how much fundamental botany you know. What are the first leaves that sprout out of a seed called? Peas are cots; and Corn, as a grass, falls within the cots. Plot #1 was planted from corn seeds that have segregated the genes for normal and dwarf sized leaves. Hopefully, you will be able to ascertain the difference. It is said that dwarf seedlings also have broader leaves.

74. Mendelian Genetics
    Laboratory 15 Illustrations mendelian genetics.  
    http://biology.uwsp.edu/courses/botlab/Lab15a.htm

75. CLLS705/PHTH705- Genetics And Genetic Diseases: Review Of Mendelian Genetics
    Genetics and Genetic Diseases. Review of mendelian genetics. The science of geneticshas its beginnings in the observations and experiments of Gregor Mendel.  
    http://classes.kumc.edu/sah/clls705/genetics/mendelian/mendelian.htm
    
    Extractions: The student should be able to: Define the following terms: chromosome; chromatid; centromere; spindle apparatus; haploid; diploid; polyploid; homozygous; heterozygous; allelle; dominant; recessive; autosomal; X-linked; monosomy; trisomy; nondisjunction; inversion; translocation; deletion; duplication; somatic mutation. Review mitosis and meiosis; compare and contrast the two processes and the products of each process. Explain how a nondisjunction event differs at the cellular level from a translocation (deletion, etc.) and a point mutation. Include in your explanation when the event actually occurs and where the actual problem is when it occurs. Explain what is meant by "inborn errors of metabolism" and characterize any such disease discussed in class or your text. The science of genetics has its beginnings in the observations and experiments of Gregor Mendel. Mendel, a ninteenth century Austrian monk, observed the charactereistics of different strains of the common garden pea. His observations of the peas in his garden led him to hypothsize that living organisms possessed pieces of information that controlled their functions and visible characteristics. These pieces of information, which we now term genes , are passed from generation to generation ensuring the continuity of function and characteristics. The visible apperarace for a given characteristic or trait we call the

76. Lecture 15 - Mendelian Genetics
    Blending inheritance, eg blood lines, essences. Inheritance of acquired characteristics.mendelian genetics, Gregor Mendel. Genetic Experiments with peas,.  
    http://www.biology.ucsc.edu/classes/bio20a/20A_Study_4.htm

77. Mendelian Inheritance
    Mendelian inheritance (or mendelian genetics or Mendelism) refers to the primarytenets that underly much of genetics developed by Gregor Mendel in the latter  
    http://www.worldhistory.com/wiki/M/Mendelian-inheritance.htm
    
    Extractions: World History (home) Encyclopedia Index Localities Companies Surnames ... This Week in History Mendelian inheritance in the news Mendelian inheritance (or Mendelian genetics or Mendelism ) refers to the primary tenets that underlie much of genetics developed by Gregor Mendel in the latter part of the 19th century . Mendel (1822-1884), an Austria n monk , was interested in understanding variances in plants, and between and cultivated and tested some at http://www.netspace.org/MendelWeb ) that was read to the Natural History Society of Brunn on February 8 and March 8, , and was published in Before Gregor Mendel formulated his theories of genetics in 1865, the prevailing theory of biological inheritance was that of blending inheritance, in which the sperm and egg of parent organisms contained a sampling of the parent's "essence" and that they somehow blended together to form the pattern for the offspring. This theory accounted for the fact that offspring tended to resemble their parents without all members of a population eventually averaging themselves out. Mendel proposed instead a theory of particulate inheritance, in which characteristics were determined by discrete units of inheritance that were passed intact from one generation to the next. These units would later come to be known as

78. Mendelian Genetics
    mendelian genetics Themes. a. Mendel brought a quantitative, experimental approachto genetics. • Studied at the Univ. of Vienna from 1851 to 1853.  
    http://www.sandiego.edu/~pkemp/Mendelian.html
    
    Extractions: Mendelian Genetics - Themes Genotype determines Phenotype (Extending Mendel) Modern genetics began in an abbey garden, where Gregor Mendel, a monk, documented the particulate mechanism of inheritance. a. Mendel brought a quantitative, experimental approach to genetics and a botanist (causes of variation in plants). In a typical breeding expmnt, Mendel would cross-pollinate (

79. International Space School Educational Trust ISSET
    mendelian genetics. Introduction to mendelian genetics. The Storageand Transmission of Hereditary Information. AuthorPamela Peters  
    http://www.isset.org/doc.php?pagelocation=9&doc=1054

80. Mendelian Genetics
    mendelian genetics. Overview Material Calculators may be used in figuring themathematics of mendelian genetics. Rulers for lines of punnett squares.  
    http://204.171.50.133/vhs/genetics.htm
    
    Extractions: Overview : Students will research the historical contributions of Gregor Mendel in the field of genetics. Students will try hypothetical genetic crosses and analyze the phenotypic expressions of genes. Time Frame: The initial lesson is 3 class periods with extensions for another 2 periods. Material: Procedures: Engage students in discussion of human genetics by viewing various human genetic sites together. Let the class lead the way in identifying different human phenotypes such as hair color and height. Article on the Background of Genetics from Discovering Science Have the class understand important vocabulary and concepts of genetics by looking up the following terms in the McGraw-Hill Encyclopedia of Science and Technology or the DisCovering Science CD-ROM programs and writing down their meanings. (Any scientific dictionary or encyclopedia may be used to find the terms)- Look up the Background Information on Charles Darwin and the Life Work of Charles Darwin and Biographical Information on Gregor Mendel Discuss with the class the famous work of Mendel. Students will read

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

61-80 of 103    Back | 1  | 2  | 3  | 4  | 5  | 6  | Next 20