The given link and study the Fragile X syndrome Introduction: Fragile X syndrome- It is an X- linked dominant inherited disease. The condition is characterized by trouble in learning, developmental problems, and intellectual debility. In X- linked dominant diseases, one copy of mutated allele is enough to cause the disease that is present on the X chromosome. The trinucleotide repeats: The DNA- Deoxyribonucleic acid is a double helix structure, comprises three lettered code known as “Codons” or “Trinucleotide repeats”. The disorders that are related to Trinucleotide repeat shows the mutation that exceeds the normal codon repeats per gene or introns, halting the normal functioning of that gene. In Fragile X syndrome, both genders are equally affected, but the severity can be seen more in males than females. The gene that causes Fragile X syndrome is FMR 1 , located on the X chromosome. Females are less likely to be affected as there is (XX) two X chromosome, if one is mutated other can functions normally, while in case of males, there is single X chromosome that makes them prone to be affected. Females tend to show milder effects.
The given link and study the Fragile X syndrome Introduction: Fragile X syndrome- It is an X- linked dominant inherited disease. The condition is characterized by trouble in learning, developmental problems, and intellectual debility. In X- linked dominant diseases, one copy of mutated allele is enough to cause the disease that is present on the X chromosome. The trinucleotide repeats: The DNA- Deoxyribonucleic acid is a double helix structure, comprises three lettered code known as “Codons” or “Trinucleotide repeats”. The disorders that are related to Trinucleotide repeat shows the mutation that exceeds the normal codon repeats per gene or introns, halting the normal functioning of that gene. In Fragile X syndrome, both genders are equally affected, but the severity can be seen more in males than females. The gene that causes Fragile X syndrome is FMR 1 , located on the X chromosome. Females are less likely to be affected as there is (XX) two X chromosome, if one is mutated other can functions normally, while in case of males, there is single X chromosome that makes them prone to be affected. Females tend to show milder effects.
Solution Summary: The author explains that Fragile X syndrome is a dominant inherited disease characterized by trouble in learning, developmental problems, and intellectual debility.
It is an X- linked dominant inherited disease. The condition is characterized by trouble in learning, developmental problems, and intellectual debility. In X- linked dominant diseases, one copy of mutated allele is enough to cause the disease that is present on the X chromosome.
The trinucleotide repeats:
The DNA- Deoxyribonucleic acid is a double helix structure, comprises three lettered code known as “Codons” or “Trinucleotide repeats”. The disorders that are related to Trinucleotide repeat shows the mutation that exceeds the normal codon repeats per gene or introns, halting the normal functioning of that gene.
In Fragile X syndrome, both genders are equally affected, but the severity can be seen more in males than females. The gene that causes Fragile X syndrome is FMR 1, located on the X chromosome. Females are less likely to be affected as there is (XX) two X chromosome, if one is mutated other can functions normally, while in case of males, there is single X chromosome that makes them prone to be affected. Females tend to show milder effects.
What words best describes this organism?
a. Unicellular/nonmotile
Ob. unicellular/motile
c. colonial/nonmotile
d. colonial/motile
e. multicelluar
O f. siphonous
g. none of these
Identify the phylum or class.
a. Euglenophyta
b. Dinoflagellata
c. Bacillariophyceae
d. Oomycetes
e. Phaeophyceae
O f. Myxomycota
g. Xanthophyceae
○ h. Chrysophyceae
i. Dictyosteliomycota
O j. Rhodophyta
Ok. Chlorophyceaens
I. Charophyceaens
What is produced inside the indicated structure (Fucus).
a. eggs
O b. antheridia
○ c. sperm
d. zygotes
e. none of these
Chapter 2 Solutions
Genetic Analysis: An Integrated Approach (3rd Edition)
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