SlideShare une entreprise Scribd logo
1  sur  27
11.1-11.2 Gregor Mendel &Punnett Squares Pages 262 - 266 PD -old
Goal 1 Describe how Mendel Studied inheritance in peas
[object Object],[object Object],[object Object]
[object Object],[object Object],[object Object]
[object Object],[object Object],[object Object]
Goal 2 Summarize Mendel’s conclusions about inheritance
[object Object],[object Object],[object Object],[object Object],Tall plant  x  short plant  =  all tall plants P  P  F1
[object Object],[object Object],[object Object],[object Object]
Goal 3 Explain the principle of dominance
[object Object],[object Object],[object Object],F1  x  F1  =  F2 Tall plant  x  Tall plant  =  3/4 tall plants ¼ short plants
Creative commons Image credit: Madprime
[object Object],[object Object],[object Object],[object Object]
Goal 4 Describe what happens to alleles during segregation in meiosis
[object Object],[object Object],[object Object],[object Object]
[object Object]
Goal 5 Use  Punnett Squares  to:  determine  genotypic and phenotypic ratios of a cross to   Predict outcomes
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
[object Object],[object Object],[object Object],Possible Combination Possible Combination Possible Combination Possible Combination
B b b B Parent 1 :  homozygous dominant Parent 2 :  homozygous recessive Bb Bb Bb Bb
B b B b Parent 1 :  heterozygous Parent 2 :  heterozygous bb Bb BB Bb
B b B b Genotypic ratio of offspring  1BB : 2Bb : 1bb  Phenotypic ratio of offspring  3 brown hair : 1 blond hair (75% chance)  (25% chance) bb Blond hair Bb Brown hair BB Brown hair Bb Brown hair
? ? ? ? Parent 1 :  heterozygous  (Bb) Parent 2 :  homozygous recessive (??) ?? ?? ?? ??
B b b b Parent 1 :  heterozygous  (Bb) Parent 2 :  homozygous recessive ( bb ) bb Bb Bb bb
B b b b bb Bb Bb bb Genotypic ratio of offspring  ??  :  ?? Phenotypic ratio of offspring  ??   :  ??
B b b b bb Bb Bb bb Genotypic ratio of offspring  2Bb  :  2bb Phenotypic ratio of offspring  2 brown hair   :  2 blond hair (50% chance)  (50% chance)
[object Object],[object Object],[object Object]

Contenu connexe

Tendances

Isolating mechanisms - kashmeera
Isolating mechanisms - kashmeeraIsolating mechanisms - kashmeera
Isolating mechanisms - kashmeeraKashmeera N.A.
 
04 mendelian genetics and humans
04 mendelian genetics and humans04 mendelian genetics and humans
04 mendelian genetics and humansmrtangextrahelp
 
10.3 polygenic inheritance
10.3 polygenic inheritance10.3 polygenic inheritance
10.3 polygenic inheritancecartlidge
 
GENETIC TERMINOLOGY AND MENDELIAN GENETICS
GENETIC TERMINOLOGY AND MENDELIAN GENETICSGENETIC TERMINOLOGY AND MENDELIAN GENETICS
GENETIC TERMINOLOGY AND MENDELIAN GENETICSDinabandhu Barad
 
Isolating mechanism and speciation in time 1
Isolating mechanism and speciation in time 1Isolating mechanism and speciation in time 1
Isolating mechanism and speciation in time 1bhavnesthakur
 
Genetics and its history with gregor mendel law
Genetics and its history with  gregor mendel lawGenetics and its history with  gregor mendel law
Genetics and its history with gregor mendel lawmanoj Joshi
 
Pedigree nomenclature
Pedigree nomenclaturePedigree nomenclature
Pedigree nomenclatureIkram Ullah
 
Pedigree analysis
Pedigree analysisPedigree analysis
Pedigree analysisAmy Allen
 
Invertebrates endocrinology, metamorphosis and molting
Invertebrates endocrinology, metamorphosis and moltingInvertebrates endocrinology, metamorphosis and molting
Invertebrates endocrinology, metamorphosis and moltingDr Deepak Rawal
 
Mutation, Evolution, and Natural Selection
Mutation, Evolution, and Natural SelectionMutation, Evolution, and Natural Selection
Mutation, Evolution, and Natural Selectionniall highland
 
Chromosomal anomalies
Chromosomal anomaliesChromosomal anomalies
Chromosomal anomaliesQuan Fu Gan
 
2. Evolutionary Forces
2. Evolutionary Forces2. Evolutionary Forces
2. Evolutionary ForcesJenny Klemme
 
Genetic basis for development
Genetic basis for developmentGenetic basis for development
Genetic basis for developmentRonadane Liwanag
 
Mendel And Genetics Notes
Mendel And Genetics  NotesMendel And Genetics  Notes
Mendel And Genetics NotesFred Phillips
 
mendelian genetics (1) (1).ppt
mendelian genetics (1) (1).pptmendelian genetics (1) (1).ppt
mendelian genetics (1) (1).pptSyedSaaqib1
 
Genetics : Mendel's Law of Inheritance
Genetics : Mendel's Law of InheritanceGenetics : Mendel's Law of Inheritance
Genetics : Mendel's Law of InheritanceManisha Siwach
 

Tendances (20)

Isolating mechanisms - kashmeera
Isolating mechanisms - kashmeeraIsolating mechanisms - kashmeera
Isolating mechanisms - kashmeera
 
04 mendelian genetics and humans
04 mendelian genetics and humans04 mendelian genetics and humans
04 mendelian genetics and humans
 
10.3 polygenic inheritance
10.3 polygenic inheritance10.3 polygenic inheritance
10.3 polygenic inheritance
 
GENETIC TERMINOLOGY AND MENDELIAN GENETICS
GENETIC TERMINOLOGY AND MENDELIAN GENETICSGENETIC TERMINOLOGY AND MENDELIAN GENETICS
GENETIC TERMINOLOGY AND MENDELIAN GENETICS
 
Basic genetics
Basic geneticsBasic genetics
Basic genetics
 
Types of Inheritance
Types of InheritanceTypes of Inheritance
Types of Inheritance
 
Pedigrees Lecture
Pedigrees LecturePedigrees Lecture
Pedigrees Lecture
 
Isolating mechanism and speciation in time 1
Isolating mechanism and speciation in time 1Isolating mechanism and speciation in time 1
Isolating mechanism and speciation in time 1
 
Genetics and its history with gregor mendel law
Genetics and its history with  gregor mendel lawGenetics and its history with  gregor mendel law
Genetics and its history with gregor mendel law
 
Pedigree nomenclature
Pedigree nomenclaturePedigree nomenclature
Pedigree nomenclature
 
Pedigree analysis
Pedigree analysisPedigree analysis
Pedigree analysis
 
Invertebrates endocrinology, metamorphosis and molting
Invertebrates endocrinology, metamorphosis and moltingInvertebrates endocrinology, metamorphosis and molting
Invertebrates endocrinology, metamorphosis and molting
 
Mutation, Evolution, and Natural Selection
Mutation, Evolution, and Natural SelectionMutation, Evolution, and Natural Selection
Mutation, Evolution, and Natural Selection
 
Chromosomal anomalies
Chromosomal anomaliesChromosomal anomalies
Chromosomal anomalies
 
2. Evolutionary Forces
2. Evolutionary Forces2. Evolutionary Forces
2. Evolutionary Forces
 
Genetic basis for development
Genetic basis for developmentGenetic basis for development
Genetic basis for development
 
Mendel And Genetics Notes
Mendel And Genetics  NotesMendel And Genetics  Notes
Mendel And Genetics Notes
 
Mendelian genetics
Mendelian geneticsMendelian genetics
Mendelian genetics
 
mendelian genetics (1) (1).ppt
mendelian genetics (1) (1).pptmendelian genetics (1) (1).ppt
mendelian genetics (1) (1).ppt
 
Genetics : Mendel's Law of Inheritance
Genetics : Mendel's Law of InheritanceGenetics : Mendel's Law of Inheritance
Genetics : Mendel's Law of Inheritance
 

Similaire à Gregor Mendel & Punnett Squares

2 25 Punnett Squares
2 25 Punnett Squares2 25 Punnett Squares
2 25 Punnett SquaresSamuel McCabe
 
AP Biology Inheritance and chromosomal mutations
AP Biology Inheritance and chromosomal mutationsAP Biology Inheritance and chromosomal mutations
AP Biology Inheritance and chromosomal mutationsStephanie Beck
 
AP Biology Ch. 11 Inheritance
AP Biology Ch. 11 Inheritance AP Biology Ch. 11 Inheritance
AP Biology Ch. 11 Inheritance Stephanie Beck
 
Lesson 8 Mendelian inheritance
Lesson 8 Mendelian inheritanceLesson 8 Mendelian inheritance
Lesson 8 Mendelian inheritancebeaduro
 
Presentation 02 genetics i
Presentation 02   genetics iPresentation 02   genetics i
Presentation 02 genetics iMa'am Dawn
 
Biology Form 5 Chapter 5 : 5.1 Inheritance
Biology Form 5 Chapter 5 : 5.1 InheritanceBiology Form 5 Chapter 5 : 5.1 Inheritance
Biology Form 5 Chapter 5 : 5.1 InheritanceNirmala Josephine
 
Biology 103 Laboratory Exercise – Genetic Problems .docx
Biology 103 Laboratory Exercise – Genetic Problems    .docxBiology 103 Laboratory Exercise – Genetic Problems    .docx
Biology 103 Laboratory Exercise – Genetic Problems .docxAASTHA76
 
7. Genetics And Inheritance
7. Genetics And Inheritance7. Genetics And Inheritance
7. Genetics And Inheritancerossbiology
 
Lesson 8 mendelian inheritance
Lesson 8 mendelian inheritanceLesson 8 mendelian inheritance
Lesson 8 mendelian inheritancebeaduro
 
Fft1033 3 genetics inheritance-2013
Fft1033 3 genetics inheritance-2013Fft1033 3 genetics inheritance-2013
Fft1033 3 genetics inheritance-2013Rione Drevale
 
Unit5: Biological Inheritance
Unit5: Biological InheritanceUnit5: Biological Inheritance
Unit5: Biological Inheritanceaurorabiologia
 
Mendelian_genetics.ppt123466777777777777
Mendelian_genetics.ppt123466777777777777Mendelian_genetics.ppt123466777777777777
Mendelian_genetics.ppt123466777777777777DennardLomugdang
 
Unit5 Biological Inheritance
Unit5 Biological InheritanceUnit5 Biological Inheritance
Unit5 Biological Inheritanceaurorabiologia
 
Gene Interaction.pdf
Gene Interaction.pdfGene Interaction.pdf
Gene Interaction.pdfMercymakiko
 
BIO 11.1 MONOHYBRID INHERITANCE.pptx
BIO 11.1 MONOHYBRID INHERITANCE.pptxBIO 11.1 MONOHYBRID INHERITANCE.pptx
BIO 11.1 MONOHYBRID INHERITANCE.pptxssuser243e0a
 

Similaire à Gregor Mendel & Punnett Squares (20)

2 25 Punnett Squares
2 25 Punnett Squares2 25 Punnett Squares
2 25 Punnett Squares
 
AP Biology Inheritance and chromosomal mutations
AP Biology Inheritance and chromosomal mutationsAP Biology Inheritance and chromosomal mutations
AP Biology Inheritance and chromosomal mutations
 
AP Biology Ch. 11 Inheritance
AP Biology Ch. 11 Inheritance AP Biology Ch. 11 Inheritance
AP Biology Ch. 11 Inheritance
 
Lesson 8 Mendelian inheritance
Lesson 8 Mendelian inheritanceLesson 8 Mendelian inheritance
Lesson 8 Mendelian inheritance
 
Presentation 02 genetics i
Presentation 02   genetics iPresentation 02   genetics i
Presentation 02 genetics i
 
Biology Form 5 Chapter 5 : 5.1 Inheritance
Biology Form 5 Chapter 5 : 5.1 InheritanceBiology Form 5 Chapter 5 : 5.1 Inheritance
Biology Form 5 Chapter 5 : 5.1 Inheritance
 
Biology 103 Laboratory Exercise – Genetic Problems .docx
Biology 103 Laboratory Exercise – Genetic Problems    .docxBiology 103 Laboratory Exercise – Genetic Problems    .docx
Biology 103 Laboratory Exercise – Genetic Problems .docx
 
AP BIo Ch. 14
AP BIo Ch. 14 AP BIo Ch. 14
AP BIo Ch. 14
 
Powerpoint heredity
Powerpoint heredityPowerpoint heredity
Powerpoint heredity
 
7. Genetics And Inheritance
7. Genetics And Inheritance7. Genetics And Inheritance
7. Genetics And Inheritance
 
Lesson 8 mendelian inheritance
Lesson 8 mendelian inheritanceLesson 8 mendelian inheritance
Lesson 8 mendelian inheritance
 
Fft1033 3 genetics inheritance-2013
Fft1033 3 genetics inheritance-2013Fft1033 3 genetics inheritance-2013
Fft1033 3 genetics inheritance-2013
 
Unit5: Biological Inheritance
Unit5: Biological InheritanceUnit5: Biological Inheritance
Unit5: Biological Inheritance
 
2014 mendelian-genetics
2014 mendelian-genetics2014 mendelian-genetics
2014 mendelian-genetics
 
Genetics
GeneticsGenetics
Genetics
 
Mendelian_genetics.ppt123466777777777777
Mendelian_genetics.ppt123466777777777777Mendelian_genetics.ppt123466777777777777
Mendelian_genetics.ppt123466777777777777
 
Unit5 Biological Inheritance
Unit5 Biological InheritanceUnit5 Biological Inheritance
Unit5 Biological Inheritance
 
Gene Interaction.pdf
Gene Interaction.pdfGene Interaction.pdf
Gene Interaction.pdf
 
BIO 11.1 MONOHYBRID INHERITANCE.pptx
BIO 11.1 MONOHYBRID INHERITANCE.pptxBIO 11.1 MONOHYBRID INHERITANCE.pptx
BIO 11.1 MONOHYBRID INHERITANCE.pptx
 
Mendelian Genetics.pptx
Mendelian Genetics.pptxMendelian Genetics.pptx
Mendelian Genetics.pptx
 

Plus de migratorycoconut (20)

7.1 7.2 powepoint cells 2010
7.1 7.2 powepoint cells 20107.1 7.2 powepoint cells 2010
7.1 7.2 powepoint cells 2010
 
Plant ID 2010
Plant ID 2010Plant ID 2010
Plant ID 2010
 
Chapter 13 Current And Circuits
Chapter 13 Current And CircuitsChapter 13 Current And Circuits
Chapter 13 Current And Circuits
 
Chapter 13 Current And Circuits
Chapter 13 Current And CircuitsChapter 13 Current And Circuits
Chapter 13 Current And Circuits
 
Global Climate I
Global Climate IGlobal Climate I
Global Climate I
 
7.1 Cell Intro
7.1 Cell Intro7.1 Cell Intro
7.1 Cell Intro
 
Oceans
OceansOceans
Oceans
 
2-2 Water P H
2-2 Water P H2-2 Water P H
2-2 Water P H
 
2-1 The Nature Of Matter
2-1 The Nature Of Matter2-1 The Nature Of Matter
2-1 The Nature Of Matter
 
Woody Plant Identification
Woody Plant IdentificationWoody Plant Identification
Woody Plant Identification
 
5 3 Lecture
5 3 Lecture5 3 Lecture
5 3 Lecture
 
5.2 Lecture
5.2 Lecture5.2 Lecture
5.2 Lecture
 
5.1 Notes
5.1 Notes5.1 Notes
5.1 Notes
 
5.4 Lecture
5.4 Lecture5.4 Lecture
5.4 Lecture
 
15[1].3 Lecture
15[1].3 Lecture15[1].3 Lecture
15[1].3 Lecture
 
15.2 Lecture
15.2 Lecture15.2 Lecture
15.2 Lecture
 
15[1].1 Lecture
15[1].1 Lecture15[1].1 Lecture
15[1].1 Lecture
 
Ionic Bonding 2008
Ionic Bonding 2008Ionic Bonding 2008
Ionic Bonding 2008
 
Ionic Bonding 2008
Ionic Bonding 2008Ionic Bonding 2008
Ionic Bonding 2008
 
4.1 Lecture 2008
4.1 Lecture 20084.1 Lecture 2008
4.1 Lecture 2008
 

Gregor Mendel & Punnett Squares

  • 1. 11.1-11.2 Gregor Mendel &Punnett Squares Pages 262 - 266 PD -old
  • 2. Goal 1 Describe how Mendel Studied inheritance in peas
  • 3.
  • 4.
  • 5.
  • 6. Goal 2 Summarize Mendel’s conclusions about inheritance
  • 7.
  • 8.
  • 9. Goal 3 Explain the principle of dominance
  • 10.
  • 11. Creative commons Image credit: Madprime
  • 12.
  • 13. Goal 4 Describe what happens to alleles during segregation in meiosis
  • 14.
  • 15.
  • 16. Goal 5 Use Punnett Squares to: determine genotypic and phenotypic ratios of a cross to Predict outcomes
  • 17.
  • 18.
  • 19.
  • 20. B b b B Parent 1 : homozygous dominant Parent 2 : homozygous recessive Bb Bb Bb Bb
  • 21. B b B b Parent 1 : heterozygous Parent 2 : heterozygous bb Bb BB Bb
  • 22. B b B b Genotypic ratio of offspring 1BB : 2Bb : 1bb Phenotypic ratio of offspring 3 brown hair : 1 blond hair (75% chance) (25% chance) bb Blond hair Bb Brown hair BB Brown hair Bb Brown hair
  • 23. ? ? ? ? Parent 1 : heterozygous (Bb) Parent 2 : homozygous recessive (??) ?? ?? ?? ??
  • 24. B b b b Parent 1 : heterozygous (Bb) Parent 2 : homozygous recessive ( bb ) bb Bb Bb bb
  • 25. B b b b bb Bb Bb bb Genotypic ratio of offspring ?? : ?? Phenotypic ratio of offspring ?? : ??
  • 26. B b b b bb Bb Bb bb Genotypic ratio of offspring 2Bb : 2bb Phenotypic ratio of offspring 2 brown hair : 2 blond hair (50% chance) (50% chance)
  • 27.