Reminders Unit 8 Exam- Tuesday, March, 21st

Slides:



Advertisements
Similar presentations
Genetics The study of potentials of passing information from one generation to the next.
Advertisements

Investigating different patterns of inheritance
Genetics Vocabulary.
Blood Group Notes.
Incomplete dominance This is when neither allele is dominant.
Modern Genetics. Multiple Alleles More than two alleles can be inherited –Example: Blood Types –Alleles= I A, I B, i Blood Type (Phenotype) Type of Antigen.
Genetics EOC Remediation
Continuing Genetics DOMINANCE Unit 5: Mendelian Genetics
Mendel’s Laws of Heredity
Blood Types and Sex-linkage
Can heredity follow different rules?
PUNNETT SQUARES AND MORE Chapter 9 Review. Define genotype. The genetic makeup of an organism.
Genetics and Inheritance
Genetics Fill-In Notes Part 2 Mrs. Kooiman. Incomplete Dominance When a cross between organisms with two different phenotypes produces offspring with.
Everything you need to know about Genetics
WARM UP # 1/31 Unscramble the words from this chapter Bonus – 1 st 3 people who show me get EC slips! 1. D M E N L E 2. L A L E L 3. M E H C O S R O O.
REVIEW GENETICS- the study of heredity. Inheritance Traits are specific characteristics inherited from parents Genes are the factors that determine traits.
Unit 5 – Other forms of inheritance Not all traits are simply dominant or recessive, with only 2 possible alleles.
 In incomplete dominance, if you cross a pink flower (RW) with another white flower (WW), what is the resulting genotypic ratio?  1:1.
Mendelian Exceptions & Sex- linked Genetics Objective: E4 - Predict possible outcomes of non-Mendelian inheritance & explain how sex is determined.
Other Patterns of Inheritance. Exceptions to Mendel’s Rules There are exceptions to every rule, and exceptions to the exceptions. Question: What happens.
Exceptions to Mendel’s laws Variations in Genetics.
Genetics, Heredity and Punnett Squares. Why / How do populations change over time? GENES! Genetics is the science of heredity (the passing on of genetic.
Do all genetic traits follow the rules of dominance & recessiveness?
CHAPTER 12 SEX-LINKED TRAITS
Non-Mendelian Genetics
Non-Mendelian: Sex- Linked Traits
Why we look the way we look...
Science 10 Unit 1 GENETICS.
Why we look the way we look...
Blood Group Notes.
Look at the Parent and F1 generation above
Extensions on Mendelian Genetics
Non-Mendelian Genetics
Science 10 Unit 1 GENETICS.
Biology Unit 5 Notes: NON-Mendelian Genetics
Beyond Mendel.
Genetics Jeopardy!.
Bookend In a heterozygous tall plant, the ____________ trait shows. It is represented by a _________ letter. ( T ) Tt is a tall or short plant. The.
UNIT 6: Genetics What are the different patterns of heredity: Incomplete Dominance, Codominance, and Multiple Alleles?   **Not all traits are represented.
Exceptions to Mendelian Genetics
Understanding Inheritance
Punnett Squares: Part 2.
Punnett Squares: Part 2.
Beyond Mendel.
Punnett Squares.
Mendel & Inheritance SC.912.L.16.1 Use Mendel’s laws of segregation and independent assortment to analyze patterns of inheritance.
Reminders Unit 8 Exam- Tuesday, March, 21st
Exceptions to Mendelian Genetics
Genetics.
When Heredity Follows Different Rules
Non-Mendelian: Sex- Linked Traits
Modes of inheritance There are more modes of inheritance than simple dominant-recessive with only 2 alleles.
Non-Mendelian Genetics
Why we look the way we look...
Extending Mendelian Genetics
Patterns of Inheritance
Non-Mendelian Genetics
Unit 8: Mendelian Genetics 8
Variations of Inheritance Patterns
Non-Mendelian Genetics
Unit 8: Mendelian Genetics 8
Warm up: One cat carries heterozygous, long-haired traits (Ss), and its mate carries homozygous short-haired traits (ss). Use a Punnett square to determine.
Chapter 7 Bingo.
Sex-Linked Inheritance
Complex Patterns of Inheritance
How are traits passed from one generation to the next?
(Where did you get your genes?)
Non-Mendelian Genetics
Mendelian Genetics: Dominant & Recessive Review
Presentation transcript:

Reminders Unit 8 Exam- Tuesday, March, 21st Last day to turn in ANY Unit 7 Work- Tuesday, March, 21st Assignments completed for Unit 8: Word Wall Human Traits Incomplete Dominance Practice Reminders

Unit 8: Mendelian Genetics 8.4 Other Patterns of Inheritance

Phenotype produced when both alleles are clearly expressed. Traits appear together Examples: Red and white spotted cattle (roan) AB Blood types (the A and B proteins appear on the surface of your blood cells together) Codominance

Using a Punnett Square for Codominance Use only capital letters- since there is no dominant trait Place the two traits onto the Punnett square, the same as you have before Cross the traits in the square Using a Punnett Square for Codominance

Example with Codominance Jessica has B blood type. Jessica’s mom has blood type O. Jessica has a baby with John, who has type AB blood. a. parent genotype b. offspring genotype c. offspring phenotype Example with Codominance

Sex-Linked The gene is carried on a sex chromosome (x or y) Occur most often in males because they don’t have another x Most of these genes are recessive, which means mom can be a carrier and pass the trait to her offspring Examples: Hemophilia Red-green color blindness Sex-Linked

Using a Punnett Square for Sex-Linked Determine the genotypes of the parents Mom is a carrier: Xx heterozygous Mom is NOT a carrier: XX homozygous Mom shows trait: xx homozygous recessive Dad “normal”: XY Dad with trait: xY Place the traits onto the Punnett square as you have before Cross the traits in the square Determine the genotype and phenotype of the offspring Male = XY, xY Female = XX, Xx Using a Punnett Square for Sex-Linked

Example with Sex-Linked Carol is a “carrier” for a recessive sex-linked trait that causes red- green color blindness. Carol has a baby with Bill, who is normal. a. parent genotype b. offspring genotype c. offspring phenotype d. proportion of male offspring e. Proportion of offspring with red-green color blindness.

Parents: The McBride’s: type O and AB (1 Punnett) The Gonzales’: type A and B (4 Punnetts) The Pepronis: type A and O (2 Punnetts) Children: Baby A is type AB Baby B is type O Baby C is type B 1. Who are the parents of baby A? A: Gonzales 2. Who are the parents of baby B? A: Pepronis 3. Who are the parents of baby C? A: McBride Practice In a hospital, 3 babies were born simultaneously during a thunderstorm. The lights went off and the babies were mixed up. The hospital wants to match the baby with its parents by looking at the blood types. Can you help?