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A recessive trait
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
A karyotype
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
A mutation that involves one or a few nucleotides ic called
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
What happens when a piece of DNA is missing?
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
Human females produce egg cells that have
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
What happens during translation?
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
Sex-linked genes are located on
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
Genetic diversity in prokaryotes is primarily due to
the X chromosomes only.
Can only be expressed if both recessive traits are present
the mixing of DNA during fertilization.
shows a map of chromosomes.
Genetic information is lost.
one X chromosome.
The cell uses a messenger RNA code to make protein
a mutagen.
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