Warm-up Problem: Sex-Linked Inheritance

Slides:



Advertisements
Similar presentations
Sex-Linked Traits. Traits whose alleles are located on sex chromosomes X-linked X X-linked traits are traits whose allele is carried on the X chromosome.
Advertisements

Anthony Triplin Steve Jean Jude Saint-Jean February 1, 2010 Period:3.
1. A nonhemophiliac man marries a nonhemophiliac woman whose father was a hemophiliac. What kinds of children can they have and in what percentages?
Genetics Game Autosomal Recessive Inheritance
Sex Linked Inheritance: (why females are superior to males) (just kidding) (no, but seriously) (ok, I am kidding) (or am I?)
Sex-Linked Inheritance.
Warm ups: Match the following terms to their definitions 1. genetics a. form of a gene 2. trait b. process of reduction division 3. hybrid c. specific.
Pedigrees Pedigrees study how a trait is passed from one generation to the next. Infers genotypes of family members Disorders can be carried on… – Autosomes.
Sex-Linked Punnett Square Notes
Sex Determination in Humans & How to solve sex-linked genetics problems.
PEDIGREES Following Traits in Families. Pedigree: A diagram that follows the traits through a family Circles and Squares represent people Shaded circles/squares.
Pedigrees. What is a pedigree? A pedigree is a family tree that shows the inheritance of a trait.
Pedigrees Woof. The Royal Hemophiliacs Last class we brought up hemophilia, a disease where the blood doesn’t clot normally A famous case occurred in.
A family history of genetics
Sex Linked Genes By: Jill Ziehm and Sierra Barker.
SEX LINKED TRAITS. Why aren’t women bald? A man and a woman have a child together. Even though the man has a full head of hair at the age of 70, his son.
Warm-up Problem: Autosomal Recessive Steve and Linda have a history of cystic fibrosis (CF) in their families. Steve is a carrier of CF and Linda is heterozygous.
Sex-Linked inheritance Punnett squares
Pedigree Analysis. Why do Pedigrees? Punnett squares and chi-square tests work well for organisms that have large numbers of offspring and controlled.
Sex Determination In humans, the X and Y chromosomes control the sex of offspring. Outcome is always 50% chance of a male, and 50% chance of a female Female.
Genetics SC.912.L In human eye color, B represents the dominant brown eye gene and b represents the recessive blue eye gene. If two parents have.
Warm-Up #7 2/29/12 Define the following in your own words:
Sex-Linked Punnett Squares.
Sex-Linked Punnett Square Notes
This pedigree is for a simple Mendelian trait
Following Traits in Families
Genetics Review Problems
Do Now Complete a punnett square showing the cross between a heterozygous tall plant and a homozygous recessive plant .
Pedigrees Pedigrees study how a trait is passed from one generation to the next. Infers genotypes of family members Disorders can be carried on… Autosomes.
SEX-LINKED GENES.
Sex Determination Chromosome # 23 are sex chromosomes
SEX-LINKED GENES.
Homework Packet 11 due tomorrow! Meiosis and Genetics Test Tomorrow!
Sex-Linked Traits Boy or Girl? The Y Chromosome “Decides” Y chromosome
Genetics Video!
Extensions on Mendelian Genetics
Sex Determination, pedigrees and more
Sex Linked Inheritance
Warm-up Problem: Autosomal Recessive
Sex-Linked Inheritance.
I can calculate determine inheritance through pedigrees.
Multiple Alleles and Sex-Linked Patterns of Inheritance
Sex-Linked Inheritance.
Inheritance of Traits Probability Carriers Autosomal Sex-linked
Sex-Linked Punnett Square Notes
Genetic Pedigrees.
Pedigrees Essential Questions: What is a Pedigree? What do they show?
12.3 Modeling Mendel’s Laws
X-linked genetics traits
Pedigrees are typically used to track disease history
Sex Linked Traits Humans have 23 pairs of chromosomes.
Genetics Cells contain a nucleus Nucleus contains paired chromosomes
Sex-Linked Inheritance.
Sex-Linked Inheritance.
Sex-Linked Punnett Squares.
Sex-Linked Inheritance
Sex-linked Inheritance
Sex Linked Inheritance
Multi-trait Inheritance
12.3 Modeling Mendel’s Laws
Sex-Linked Traits.
Sex-Linked Traits.
The deadline for all missing assignments is Friday, March 8 at 3:30.
Pedigree Practice Mrs. Henning.
Sex-Linked Punnett Square Notes
Genetic Blood Disorders
HW: Study Guide & Test Friday
Bob and Susan married and had four children (A,B, C, & D
Human Genetics and Genetic Technology
Presentation transcript:

Warm-up Problem: Sex-Linked Inheritance Arnold and Maria are married with two children. Arnold is a hemophiliac and Maria is healthy even though her father was a hemophiliac. Their oldest boy is healthy, but their youngest daughter is a hemophiliac. Xh Y Complete a Pedigree showing these 5 people. Complete a Punnett square for Arnold & Maria. What is the probability for having a healthy child? What is the probability of having a hemophiliac daughter? Steve XH Xh XH Y XH Xh Xh Xh Xh Y Xh Y Maria Arnold XH Xh Xh Y 50% Steve Xh Xh XH Y 25%

Warm-up Problem: Sex-Linked Inheritance Arnold and Maria are married with two children. Arnold is a hemophiliac and Maria is healthy even though her father was a hemophiliac. Their oldest boy is healthy, but their youngest daughter is a hemophiliac. Complete a Pedigree showing these 5 people. Complete a Punnett square for Arnold & Maria. What is the probability for having a healthy child? What is the probability of having a hemophiliac daughter?

Warm-up Problem: Sex-Linked Inheritance Arnold and Maria are married with two children. Arnold is a hemophiliac and Maria is healthy even though her father was a hemophiliac. Their oldest boy is healthy, but their youngest daughter is a hemophiliac. Complete a Pedigree showing these 5 people. Complete a Punnett square for Arnold & Maria. What is the probability for having a healthy child? What is the probability of having a hemophiliac daughter?