Non Mendelan Genetics Foldable

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Title: Non Mendelan Genetics Foldable

1
Non Mendelan Genetics Foldable
2
Fold your paper so you have 2 flaps opposite each
other

Next cut four divisions on each side. You should
have a total of 8, four on each side.
Label the left side CoDominance, Incomplete
dominance, Polygenetic, Gametes,
Label the first 2 flaps on the right side
Multiple alleles, label the 3rd flap autosomes
and the 4th flap Sex linked

3
Incomplete Dominance

On the first flap write
Heterozygous phenotype is halfway in between the
two homozygous phenotypes
Red flower x white flower pink flower!!!
RR X WW RW
Cut out the picture Color the flowers according
to the key above and glue down under flap

4
Codominance

Under the codominance flap write
Both alleles contribute to phenotype
Normal blood cells x Sickle blood cells both
normal and sickle cell blood.
In this case it would be a positive change.
People who are carriers for sickle cell disease
are protected against Malaria!
Find the sickle cell picture color it and glue it
under the codominance flap.

5
Multiple Alleles

Under the first flap write
Many genes have MORE than two alleles
Rabbit coat color (C, c, cch, ch)
Human blood type (A, B, O)
Blood type is written with the letter I to
represent A and B which are codominate and i to
represent O which is resessive.
Find the blood type picture and color each row a
different color then glue it down under your
multiple allele flap.

6
Polygenic Traits

Under the polygenic flap write
Traits produced by interaction of more than one
gene
Human skin color and height
Always makes a bell shaped curve.
Find the picture of polygenic traits, draw in the
bell shaped curve and glue it down under your flap

7
Gametes

Write the following under the gamete flap
Gametes are sex cells, they have ½ the number of
chromosomes as autosomes (23 instead of 46)
Male gamete sperm
Female gamete egg
The gene for sex if on the Y chromosome so the
Male decides the sex of the baby. 50 to 50
chance of having a male or female

8
Autosomes

9
Sex linked disorders

Under the flap write
Sex link traits are traits carried on the X
chromosome.
Males have a 50 percent chance of inheriting a
sex linked disorder. Females have a 25 percent
chance. Why?
Examples color blindness, hemophilia, dunchee
muscular distrophy
Find the sex linked punnet square color it and
cut it out and glue it under the flap.