ABSENT Hemophilia in Jones Family

Posljednje ažuriranje about 2 years ago

Pitanje 1

Identify the genotype of individual #1

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 2

Identify the genotype of individual #2

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 3

Identify the genotype of individual #3

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 4

Identify the genotype of individual #4

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 5

Identify the genotype of individual #5

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 6

Identify the genotype of individual #6

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 7

Identify the genotype of individual #7

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 8

Who is most likely to inherit a sex-link disorder?

males

females

Pitanje 9

Click on all the possible genotypes that would result in normal blood clotting?

X^NXⁿ

XⁿY

X^NX^N

XⁿXⁿ

X^NY

Pitanje 10

10.

Draw the punnett square between Sean (XⁿY) and a normal female (X^NX^N)

Pitanje 11

11.

Look at #10, What % of Sean's children will be normal?

Pitanje 12

12.

Look at #10, What % of Sean's children will be carriers?

Pitanje 13

13.

Look at #10, What % of Sean's children will have hemophilia?

Pitanje 14

14.

Draw the Punnett Square between Jessica (carrier) and Adam (normal)

Pitanje 15

15.

Look at #14, What % of Jessica and Adam's children will have hemophilia

Pitanje 1

Identify the genotype of individual #1

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 2

Identify the genotype of individual #2

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 3

Identify the genotype of individual #3

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 4

Identify the genotype of individual #4

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 5

Identify the genotype of individual #5

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 6

Identify the genotype of individual #6

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 7

Identify the genotype of individual #7

X^HY

X^hY

X^HX^H

X^HX^h

X^hX^h

Pitanje 8

Who is most likely to inherit a sex-link disorder?

males

females

Pitanje 9

Click on all the possible genotypes that would result in normal blood clotting?

X^NXⁿ

XⁿY

X^NX^N

XⁿXⁿ

X^NY

Pitanje 10

10.

Draw the punnett square between Sean (XⁿY) and a normal female (X^NX^N)

Pitanje 11

11.

Look at #10, What % of Sean's children will be normal?

Pitanje 12

12.

Look at #10, What % of Sean's children will be carriers?

Pitanje 13

13.

Look at #10, What % of Sean's children will have hemophilia?

Pitanje 14

14.

Draw the Punnett Square between Jessica (carrier) and Adam (normal)

Pitanje 15

15.

ABSENT Hemophilia in Jones Family

Identify the genotype of individual #1

Identify the genotype of individual #2

Identify the genotype of individual #3

Identify the genotype of individual #4

Identify the genotype of individual #5

Identify the genotype of individual #6

Identify the genotype of individual #7

Who is most likely to inherit a sex-link disorder?

Click on all the possible genotypes that would result in normal blood clotting?

Draw the punnett square between Sean (XnY) and a normal female (XNXN)

Look at #10, What % of Sean's children will be normal?

Look at #10, What % of Sean's children will be carriers?

Look at #10, What % of Sean's children will have hemophilia?

Draw the Punnett Square between Jessica (carrier) and Adam (normal)

Look at #14, What % of Jessica and Adam's children will have hemophilia

Identify the genotype of individual #1

Identify the genotype of individual #2

Identify the genotype of individual #3

Identify the genotype of individual #4

Identify the genotype of individual #5

Identify the genotype of individual #6

Identify the genotype of individual #7

Who is most likely to inherit a sex-link disorder?

Click on all the possible genotypes that would result in normal blood clotting?

Draw the punnett square between Sean (XnY) and a normal female (XNXN)

Look at #10, What % of Sean's children will be normal?

Look at #10, What % of Sean's children will be carriers?

Look at #10, What % of Sean's children will have hemophilia?

Draw the Punnett Square between Jessica (carrier) and Adam (normal)

Look at #14, What % of Jessica and Adam's children will have hemophilia

Draw the punnett square between Sean (XⁿY) and a normal female (X^NX^N)

Draw the punnett square between Sean (XⁿY) and a normal female (X^NX^N)