Toonetics Lab instructions These two cartoon parents are going to produce 4 new characters. Both parents contain a dominant and recessive.

Slides:



Advertisements
Similar presentations
AP Biology Probability & Genetics AP Biology Probability & genetics  Calculating probability of making a specific gamete is just like calculating the.
Advertisements

Genetics What is an ALLELe? Different form/version of a gene You inherited ONE ALLELE from each parent for each trait. For example – Gene = eye color.
Announcements ● Tutoring Center SCI I, 407 M 12-3, 5:30-6:30; W 8-9, 5:30-6:30, Th 8-12, 6-7; F 8-9 ● MasteringBiology Assignment due Tuesday 5/10 ● Exam.
Introduction to Genetics Chapter 9. Heredity Transmission of characteristics form parents to offspring.
1. Copy this down on your genetics notes from yesterday…. Gregor Mendel- Father of genetics.
Genetics. Terminology Allele – contrasting form of a gene –Ex: T = tall; t = short –Ex: G = green; g = yellow –CAPITAL LETTERS – DOMINANT TRAIT –lowercase.
Predicting Phenotypes and Genotypes Heterozygous – Is there a predictable result when both parents are heterozygous? Homozygous – is there a predictable.
Punnett squares. The tool which uses the combination of alleles to predict the probability of traits showing up in offspring.
Genetics Review. Who is the “Father of Genetics”? Gregor Mendel What organism did Mendel use to study genetics? Pea Plants.
Passing traits from parent to offspring..  Physical characteristics inherited by the offspring from the parents.  Ex. Hair color  Eye color  Skin.
Genetics Review!. What is the genetic material of all organisms made up of 2 twisted strands of sugar- phosphate and nitrogen bases? Question 1.
Punnett Squares.
Punnett squares Practice. The tool which uses the combination of alleles to predict the probability of traits showing up in offspring.
Genotype & Phenotype. PhenotypeGenotype HeterozygousHomozygous.
Male and Female Chromosomes. Genotype vs. Phenotype Phenotype – physical characteristics Hitchhiker's thumb Genotype – The genetic makeup Straight Curved.
Planner Oct 25 T: Punnett Squares D : predict the probability of an offspring’s genotype New Table of Contents on page 65 DateDescription page # 10/3 Egg.
INHERITANCE Chapter 6. Early Idea of Heredity “Blending Theory of Inheritance” Parents’ traits mixed in offspring.
Chapter 26: Genetics. Genes and chromosomes Chromosome Genes Eye color Hair color Skin color Nose size Nose shape Eye shape hair texture Ear size widow’s.
Punnett squares. The tool which uses the combination of alleles to predict the probability of traits showing up in offspring.
Mendelian Genetics. The Father of Genetics Gregor Mendel A monk that worked with pea genetics. –Purple vs. White - Flowers –Yellow vs. Green- Pea Color.
$200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 Vocabulary 1 Mendel’s Peas.
Genetics What is an ALLELe? Different form/version of a gene You inherited ONE ALLELE from each parent for each trait. For example – Gene = eye color.
 Each gamete has one gene for each trait.  After fertilization the new organism has two genes for each trait (Genotype).
Making Babies Lab Create a journal entry with the above title.
Cells and Heredity. Engagement: Making Baby Faces widow's peak cleft chin dimples.
The Basics of Genetics Summarize how genetic information is passed from parent to offspring by using the terms genes, chromosomes, inherited traits,
FCAT Review 12 – Heredity & Genetics.
MONDAY – MAKE A CONNECTION
Genetics: How we become who we are to be
Gregor Mendel inheritance of traits
11.1 – Intro. To genetics FQ: What key genetics vocabulary do I need to understand before I can start learning about genetics? ET: Read the chapter mystery.
TOPIC: Genetics AIM: What are Punnett Squares?
Genetics.
The Chromosome Theory of Inheritance
Heredity Basic Notes PP
Friday 2/20/13 -notebook page 22.
Probability and Genetics
Genetics Practice Problems
Genetics Review.
Heredity and Genetics.
HEREDITY.
Mr. Ernstes 7th Grade Milwood Magnet School
Understanding Inheritance
Genetics.
Ch. 12 Genetics.
Probability & Genetics
Punnet Squares.
Introduction to Genetics
Why do we look the way we do?
Gregor Mendel The basic laws of heredity were first formed during the mid-1800’s by an Austrian botanist monk named Gregor Mendel. Because his work laid.
Punnett Squares.
Complex Patterns of Inheritance
Probability & Genetics
Probability & Genetics
Punnett Square Practice
Dominant & Recessive Notes
Ch. 12 Genetics.
Probability and Punnett Squares
Genetics! Created by Educational Technology Network
Review of Mendel’s Laws
Genetics Practice.
The Basic Laws of Genetics
Punnett squares.
Mendel’s Laws of Heredity
Genetics and Heredity.
Aim: Genetics “Why do we look the way we do?
Genes and Inheritance We know from previous discussions that an egg contains half of the information needed to make a baby, and a sperm contains the other.
Punnett Squares.
Natural Science Genetics.
Presentation transcript:

Toonetics

Lab instructions These two cartoon parents are going to produce 4 new characters. Both parents contain a dominant and recessive alele for each gene.

Chromosomes These cartoons have a chromosome number of 10. #1 S H G Heads #1 s h g Tails #3 N E b D Heads #3 n e B d Tails These cartoons have a chromosome number of 10. 2 pairs of 5 different chromosomes. Each new character will receive 1 of each pair from each parent. #2 c a G Heads #2 C A g Tails #4 M F A d Heads #4 m f a D Tails Sex X V Heads Sex Y No gene for V Tails

Chromosome 1 Chromosome 1 contains 3 genes #1 S H G Heads #1 s h g Tails Chromosome 1 contains 3 genes Ss is the gene for square or round head H, h represent different hair types Gg is one of 2 genes for skin color Chromosome 1

Chromosome 2 Chromosome 2 contains 3 genes #2 c a G Heads #2 C A g Tails Chromosome 2 contains 3 genes Cc is the gene for chin shape Aa is one of 2 genes for eye color Gg is one of 2 genes for skin color Chromosome 2

Chromosome 3 Chromosome 3 contains 4 genes #3 N E b D Heads #3 n e B d Tails Chromosome 3 contains 4 genes Nn is the gene for nose size Ee represent different eye shapes Bb is for different eyebrows Chromosome 3

Chromosome 4 Chromosome 4 contains 4 genes Mm is the gene for mouth size Ff gene for Freckles Aa is one of the genes for eye color Dd is one of two genes for hair color #4 M F A d Heads #4 m f a D Tails Chromosome 4

Sex Chromosome Female Sex X V Heads Sex X v Heads The sex chromosomes determine whether the character is male (XY) or female (XX) V is the pointy ear (Vulcan) gene Male Sex X V Heads Sex Y No gene for V Tails

#1 S H G Heads #1 s h g Tails Creating Gametes #1 S H G Heads #1 s h g Tails #2 c a G Heads #2 C A g Tails Each parent will flip a coin to select one chromosome from each pair to pass on to the new character #2 c a G Heads #2 C A g Tails #3 N E b D Heads #3 n e B d Tails #3 N E b D Heads #3 n e B d Tails #4 M F A d Heads #4 m f a D Tails #4 M F A d Heads #4 m f a D Tails Sex X V Heads Sex X v Tails Sex X V Heads Sex Y No gene for V Tails

Mother Egg Sperm Father #1 S H G Heads #1 s h g Tails #1 S H G Heads #2 c a G Heads #2 C A g Tails #2 c a G Heads #2 C A g Tails #3 N E b D Heads #3 n e B d Tails #3 N E b D Heads #3 n e B d Tails #4 M F A d Heads #4 m f a D Tails #4 M F A d Heads #4 m f a D Tails Sex X V Heads Sex X v Tails Sex X V Heads Sex Y No gene for V Tails

XX/XY Y S Ss H Hh C Cc N nn E ee B BB M MM F FF V v- A Aa AA D dd dd G Gg gG

Male Y Ss Hh Cc nn Small ee BB MM FF V- Aa AA dd dd Gg gG

Male Y Ss Hh Cc nn Small ee BB MM FF V- Aa AA Brown dd dd Red Gg gG Tan

Male Y Ss Hh Cc nn Small ee BB MM FF v- Aa AA Brown dd dd Red Gg gG Tan

Male Y Ss Hh Cc nn Small ee BB MM FF v- Aa AA Brown dd dd Red Gg gG Tan

Males Females Predicted ________ Predicted ________ Actual ________ 30 Predicted ________ 30 Actual ________ 27 Actual ________ 33

Predicted ________ 45 Predicted ________ 15

Predicted ________ Predicted ________ Actual ________ Actual ________ 45 Predicted ________ 15 Actual ________ 43 Actual ________ 17

20 7 ________ Predicted ________ Predicted ________ Actual ________

20 7 19 8 ________ Predicted ________ Predicted ________ Actual ________ Actual ________

45 15 Predicted ________ Predicted ________ Actual ________

45 15 46 14 Predicted ________ Predicted ________ Actual ________

Sex Chromosome Female Sex X V Heads Sex X v Heads The sex chromosomes determine whether the character is male (XY) or female (XX) V is the pointy ear (Vulcan) gene Male Sex X V Heads Sex Y No gene for V Tails

Sex Chromosome Female Sex X V Heads Sex X v Heads The sex chromosomes determine whether the character is male (XY) or female (XX) V is the pointy ear (Vulcan) gene Male Sex X V Heads Sex Y No gene for V Tails

Predicted ________ Predicted ________ Actual ________ Actual ________

Easier Way to do multiple traits x Do a separate Punnett Square for each trait Rr x Rr Yy x Yy Y y R r RR Rr Y YY Yy R y Rr rr Yy yy r 3/4 Round 1/4 wrinkled 3/4 Yellow 1/4 green

Easier Way to do multiple traits x 3/4 Round 1/4 wrinkled 3/4 Yellow 1/4 green Muliply the probabilities of each trait Round and Yellow = ¾ x ¾ = 9/16 Round and Green = ¾ x ¼ = 3/16 Wrinkled and Yellow = ¼ x ¾ = 3/16 Wrinkled and Green = ¼ x ¼ = 1/16 Easier Way to do multiple traits

15 5 5 2 Predicted ________ Predicted ________ Predicted ________ Actual ________ Actual ________ Actual ________ Actual ________

15 5 5 2 19 8 Predicted ________ Predicted ________ Predicted ________ Actual ________ Actual ________ Actual ________ Actual ________ #1 S H G Heads #1 s h g Tails