To Do Calendar Get out If you were absent Topic: Blood Type

Slides:



Advertisements
Similar presentations
RP Construct a Punnett and cross two heterozygous brown labs.
Advertisements

Do Now: Anatomy of Punnett Squares
Investigating different patterns of inheritance
Blood Types The Genetics of Blood Type.
Blood Types Objective: Determine how blood types are inherited and how co-dominance applies to the ABO system.
Genetics Chapters 9-1 & 9-2. Incomplete dominance There is no dominant allele or recessive allele The 2 alleles are blended and make up a new physical.
Continuing Genetics DOMINANCE Unit 5: Mendelian Genetics
Genetics January 9, Dihybrid Crosses Dihybrid crosses are the comparison of genetic makeup for ________________. EX: color and shape. Mendel used.
Incomplete Dominance Incomplete Dominance: The heterozygous genotype produces a phenoytype that falls in between the dominant trait and the recessive trait.
 What are 3 names for sex cells?  What is reformed during telophase?
Codominance and Sex-linked traits. CODOMINANCE 2 alleles are dominant and both are expressed Most common examples are blood type and flower color.
Punnett Square Percentage Practice 1. Complete all squares and percentages. -Work slowly and carefully. -Little mistakes add up! 2. Check your answers.
Blood Type Inheritance and the Punnett Square
Blood Genetics Multiple Alleles - More than 2 alleles, BUT … A BO You will only inherit 2 of the 3 alleles.
Genetics the study of heredity. Gregor Mendel “Father of Genetics” Heredity -the transfer of characteristics from parents to offspring through their genes.
Blood Types and Sex-linkage
Topic: Genetics Aim: Describe multiple alleles and explain the inheritance of blood types. Do Now: Review HW: Ditto – Reproductive Systems Review (BOTH.
Genetics of Blood Types. Genotypes and Phenotypes Type A, Type B, Type AB and Type O blood are phenotypes. It is not always possible to tell the genotype.
Today, we start the Genetics material! We’re finished with cells. Enjoy your long weekend! Period 3: Anthony, go to the While You Were Gone folder.
Multiple Alleles. allele = (n) a form of a gene which codes for one possible outcome of a phenotype For example, in Mendel's pea investigations, he found.
Non-Mendelian Genetics Thus far, all of the genes which we have studied have had only 2 possible forms or ALLELES. (Brown or white, tall or short, freckled.
Genetics & Heredity. Who was Gregor Mendel? Austrian monk who studied mathematics and science As a boy he experimented with pea plants Made careful use.
Catalyst In guinea pigs, black coat is dominant to brown coat. What would be the possible genotypes for a black guinea pig? What is the genotype for a.
Thursday, May 28 th p. 296, 297. Thursday, May 28 th 296 5/28/15 Thurs. L.T.: I can use Punnett Squares, rules for reproduction, and genotypes and phenotypes.
Blood Types The Genetics of Blood Type.
No Bell Work today! Set up the next page in your journal… Page: 45 Date: Title: Genetics – Codominance Essential Question: How can I predict genetic.
Genetics Basic rules… Lots of info is being researched by the Human Genome Project….
Comp book Open your comp book to pg. 51 to take notes. Set up your notes Cornell style. Remember: The best notes are notes that you organize on your own.
Chapter 14 Chapter 14 Blood Groups. ABO Blood Group is determined from three alleles. ABO Blood Group is determined from three alleles. Type A Type A.
 Genetics is the study of how traits are passed from parents to offspring.  Heredity is the actual passing of traits from parents to offspring.
More Mendelian Genetics and Mendel’s Laws. Vocabulary True-breeding: a plant that always produces offspring with identical traits when it self-pollinates.
Blood Typing  Catalyst:  In Higgins Hurricane mascots, the gene for color is co-dominant. Hurricanes can be blue (BB), yellow (YY), or blue and yellow.
Friday, October 30th Complex Heredity Dear class- Your job is to go through these powerpoints to learn about the last topic before our first Unit test.
Incomplete Dominance: The heterozygous genotype produces a phenoytype that falls in between the dominant trait and the recessive trait. Incomplete Dominance.
TOPIC: Genetics AIM: How are human traits inherited?
6d. Blood Typing Chapter 7.1 & 7.2.
Have your homework out to be checked
Blood Typing (ABO system)
Incomplete Dominance & Codominance.
Mendelian Exceptions.
Codominance Notes Mrs. Callan 2017.
What are the 4 human blood types?
1. If Cabs baseball is dominant over Falcons baseball: (B & b)
Multiple Alleles.
Check In Homework State the name of the following genotypes: AA Aa aa
Blood Typing (3R).
Incomplete Dominance & Codominance
UNIT 6: Genetics What are the different patterns of heredity: Incomplete Dominance, Codominance, and Multiple Alleles?   **Not all traits are represented.
Punnett Squares: Part 2.
Blood Types A AB B O Antibody Phenotype Genotype Homozygous Recessive
Genetics Notes Chapter 13.
Complex Patterns of Inheritance
Genotypes & Phenotypes
Genetics Beyond Mendel
Punnett squares.
Exceptions to Mendel’s Discoveries
Modes of Inheritance Biology Mrs. Harper 1/25/18.
Incomplete Dominance Incomplete Dominance: The heterozygous genotype produces a phenoytype that falls in between the dominant trait and the recessive trait.
11-2 Genetic Crosses.
Homework #3 due now Bonus #2 posted
Multiple alleles.
Incomplete Dominance Incomplete Dominance: The heterozygous genotype produces a phenotype that falls in between the dominant trait and the recessive trait.
CoDominance and Multiple Alleles
Incomplete Dominance & Codominance.
Incomplete and Codominance
Incomplete Dominance Codominance
3/19/12 Objective: Understand codominance and incomplete dominance
Warm Up With your partner, define genotype and phenotype.
Incomplete Dominance & Codominance.
Chapter 5 Notes Heredity.
Presentation transcript:

To Do Calendar Get out If you were absent Topic: Blood Type Tues., 9/9 Topic: Blood Type Homework: Study for test Thurs./Fri. & If you were absent yesterday, finish Class Traits Lab (pg. 34) Get out Calendar Pencil & comp book Glue/tape/stapler (Maybe) Colors (for later) If you were absent You missed the Punnett Square Quiz. You can do it today after school, or you can miss some of Review on Wed. We finished pg. 34. You need to finish on your own. To Do 1. One handout on Pick Up Table. 2. Set up pg. 39 for Cornell notes. Title: Blood Types.

Blood Transfusions History of Blood Transfusion from 1628-1907 http://www.redcrossblood.org/learn-about-blood/history-blood-transfusion

Genetics of Blood Your blood type is decided by genes inherited from your parents. The human blood types are type A, type B, type O, and type AB.

Genotypes & Phenotypes 3 alleles or genes for blood type: A, B, & O. 6 possible genotypes: AA, AO, BB, BO, AB, and OO.

Dominant & Recessive O is recessive A is dominant B is dominant

B O A B A O A O B O O O Example: Dad has Type B blood type (phenotype) because he has a B gene (blue) and an O gene (yellow) genotype. B O A B A O A Mom has Type A blood because she has an A gene (red) and an O gene (yellow) O B O O O

B O A O A A B O B O O O Example: Type A phenotype Type B phenotype Dad has Type B blood type (phenotype) because he has a B gene (blue) and an O gene (yellow) genotype. B O A O A A B ? Type A phenotype Mom has Type A blood because she has an A gene (red) and an O gene (yellow) O B O O O Type B phenotype Type O phenotype

A B A B Co-dominant Two alleles are both dominant & show up together. Not type A blood, Not type B blood… You get Type AB blood!

You Try: Dad has Type AB blood (phenotype) because he has an A gene (red) and a B gene (blue) genotype B A A Mom has Type A blood (phenotype) because she has an A gene (red) and an O gene (yellow) O

B A A A A B A B O A O O You Try: Type AB phenotype Type B phenotype Dad has Type AB blood (phenotype) because he has an A gene (red) and a B gene (blue) genotype B A A A A B A Mom has Type A blood (phenotype) because she has an A gene (red) and an O gene (yellow) Type AB phenotype Type A phenotype B O A O O Type A phenotype Type B phenotype

Blood Phenotypes & Genotypes Type A blood AO AA Type B blood BO BB Type O blood OO Type AB blood AB

Regular Practice On today’s handout, which is going to be a flap on 39… Complete as many practice Punnetts as you can. _____ minutes On pg. 38… Do a 3-2-1 3 New things you learned 2 Interesting facts 1 Question you have ______ minutes

Practice Honors On today’s handout, which is going to be a flap on 39… Complete as many practice Punnetts as you can. _____ minutes On pg. 38… 2 options, choose 1: Create your own question, like the ones on pg. 39, and answer it. Include a summary of today’s lesson. Create a Punnett square, where all the offspring have the same blood type. Create a Punnett square, where all the offspring have a different blood type. Include a summary of today’s lesson.