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Friday April  7 ,  2016 Agenda Friday April  7 ,  2016 Agenda

Friday April 7 , 2016 Agenda - PowerPoint Presentation

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Friday April 7 , 2016 Agenda - PPT Presentation

10 Catalyst 15 Kahoot 30 Punnett Square Quiz 15 GN Pedigrees 15 BuildaPedigree I can interpret a pedigree HW None Catalyst If you could have animal as a pet what would it be Why ID: 931966

sickle recessive traits cell recessive sickle cell traits sex anemia linked gene disorder individuals trait inheriting expressed children catalyst

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Slide1

FridayApril 7, 2016

Agenda(10) Catalyst(15) Kahoot!(30) Punnett Square Quiz(15) GN: Pedigrees(15) Build-a-Pedigree

I can:interpret a pedigree

HW: None!

Catalyst

If you could have animal as a pet, what would it be? Why?

Complete “Genetics Vocabulary Review” and turn in (with Catalyst Sheet).

Slide2

Turned in STEM Survey(100% = party Thursday, 13th!)

Slide3

Exit Ticket ReviewWhy are sex-linked traits more common in males than females? A. Males have two X chromosomes, and sex-linked recessive traits are expressed by inheriting only one recessive gene.

B. Females have two X chromosomes, and sex-linked recessive traits are expressed by inheriting only one recessive gene.C. Males have only one X chromosome, and sex-linked recessive traits are expressed by inheriting only one recessive gene.D. Females have only one X chromosome, and sex-linked recessive traits are expressed by inheriting only one recessive gene.

Slide4

Exit Ticket Review2. Color blindness is inherited as a sex-linked trait in humans. Use a Punnett Square to complete a cross of a color-blind male with a female with normal vision who is a carrier of the trait.

Slide5

Slide6

red blood cells carry oxygen in the blood

Slide7

normal red blood cells

sickle cell anemia

Slide8

Slide9

A pedigree is a visual representation of a family’s relatedness. It shows individuals who are affected by a certain trait.

Slide10

We use symbols as a shorthand to represent individuals and their traits.

= male

= female

= affected individual

= carrier

A carrier

is a heterozygous individual unaffected by the trait.

*Not all pedigrees will use these symbols to show heterozygotes.*

Slide11

We use symbols as a shorthand to represent individuals and their traits. = mating

= offspring in birth order

The generations are represented by Roman numerals. The individuals are numbered in normal numbers starting from the left.

I

II

I-1

I-2

II-

1

II-2

Slide12

Draw the PedigreeJoe and Jackie have four children and are expecting a baby. Two of their children (Angie and Bob) have sickle cell anemia, and their other two children (Carl and Debbie) do not have the disorder. Neither Joe, nor Jackie, has sickle cell anemia. Joe’s parents, Jackie’s father, and Jackie’s sister also do not have the disorder. However, Joe’s brother has sickle cell anemia, and Jackie’s mother had the disorder and died as a young woman. Joe and Jackie ask you, a gene

counselor, how this disorder is inherited (dominant or recessive) and what the likelihood is that their unborn child will have sickle cell anemia.

Slide13

Is sickle cell anemia found more often in certain ethnic groups?

Ashley-Koch A, Yang Q, Olney RS. (2000) Sickle Hemoglobin (HbS) Allele and Sickle Cell Disease: A HuGE Review. Am J Epidemiol Vol. 151, No. 9.

Slide14

Malaria Incidence, 2009

Cibulskis RE, Aregawi M, Williams R, Otten M, Dye C (2011)

Worldwide Incidence of Malaria in 2009: Estimates, Time Trends, and a Critique of Methods. PLoS Med 8(12): e1001142. doi:10.1371/journal.pmed.1001142