Download X chromosome

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1 - 100
1-100
1 - 100
1-100A
Amino Acid
1-200
1 - 100
1-200A
½ or 50%
1-300
1 - 100
1-300A
50%
1-400
1 - 100
1-400A
recessive gene located on
the X chromosome
1-500
1 - 100
1-500A
A, B, AB, O
1 - 100
2-100
1 - 100
2-100A
male
2-200
1 - 100
2-200A
Homozygous Recessive
D2-300
1 - 100
2-300A
Huntingtons
2-400
1 - 100
2-400A
change in one allele
2-500
1 - 100
2-500A
Failure of chromosomes
To separate during
meiosis
1 - 100
3-100
1 - 100
3-100A
XX
3-200
1 - 100
3-200A
Two alleles are presented
equally in an offspring
example Roan Cattle
3-300
1 - 100
3-300A
X chromosome
3-400
1 - 100
3-400A
Percentage of A will equal
the percentage of T and the
same for C and G
3-500
1 - 100
3-500A
Phosphate, Deoxyribose and
adenine or nitrogen base
1 - 100
4-100
1 - 100
4-100A
DNA
4-200
1 - 100
4-200A
Benedicts
4-300
1 - 100
4-300A
Three of one chromosome
in a kayrotypeiuret
4-400
1 - 100
4-400A
nondisjunction
4-500
1 - 100
4-500A
Disease in every generation
1 - 100
5-100
1 - 100
5-100A
Female
5-200
1 - 100
5-200A
Sheep
5-300
1 - 100
5-300A
Cure diseases, fix damage
from heart attack
5-400
1 - 100
5-400A
Source of her DNA was a
single body cell
5-500
1 - 100
5-500A
Transcription—Nucleus
Translation Cytoplasm
1 - 100
6-100
1 - 100
6-100A
Recessive allele, located on
x chromosome Females
have two X chromosomes
so can be heterozygous
6-200
1 - 100
6-200A
46
6-300
1 - 100
6-300A
A, B, AB, and O
6-400
1 - 100
6-400A
No two people have exactly
the same DNA
6-500
1 - 100
6-500A
Some gametes may have an
extra copy of some genes
reading a DNA sequence,
editing a DNA sequence,
reinserting DNA into living
organisms