Question
for the following nucleotide which will be the matching complementary base ATG

Because in diseases such as hemophilia only males are affected and females usually are not affected but can transmit their de
0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answer- CAT

Explanation- As per the base pairing rule of DNA. Adenine is complementary to Thymine because they binds with each other by two hydrogen bonds and Guanine is complementary to Cytosine as they pair up each other by three hydrogen bonds.

Answer- Carrier State.

Explanation- Haemophilia is a sex linked recessive disorder. Here, the female is usually a carrier for disease as, their one of the X chromosome have the haemophilia gene and one is normal. So, they become carrier. Haemophilia gene is denoted by h+. So, the female who is a carrier, her genotype ​​​is Xh+X​​​​​​h

Add a comment
Know the answer?
Add Answer to:
for the following nucleotide which will be the matching complementary base ATG Because in diseases such...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Name Sex-linked traits are genetic char segments of DNA found on chromosomes that Sex-Linked Traits Senetic...

    Name Sex-linked traits are genetic char segments of DNA found on chromosomes that Sex-Linked Traits Senetic characteristics determined by genes located on sex chromosomes. Genies are and on chromosomes that carry information for protein production and that are sponsible for the inheritance of specific traits Genes exist in alternative forms called alleics. or a trail is inherited from each parent Like traits originating from genes on autosomes (non-se chromosomes), sex-linked to omosomes), sex-linked traits are passed from parents to offspring...

  • Look carefully at the pedigrees below and: 1) indicate whether the transmission appears autosomal or sex-linked...

    Look carefully at the pedigrees below and: 1) indicate whether the transmission appears autosomal or sex-linked 2) indicate whether the transmission appears dominant or recessive 3) provide at least two characteristics for each that support your conclusion. In general, the following characteristics suggest (but do not prove) specific inheritance patterns: Autosomal recessive inheritance: -affected individuals can be born to unaffected parents -if both parents are affected, all children are affected -observable effect of relatedness (consanguinity) -horizontal" inheritance: trait appears at...

  • In general, the following characteristics suggest (but do not prove) specific inheritance patterns: Autosomal recessive inheritance:...

    In general, the following characteristics suggest (but do not prove) specific inheritance patterns: Autosomal recessive inheritance: -affected individuals can be born to unaffected parents -if both parents are affected, all children are affected -observable effect of relatedness (consanguinity) -horizontal" inheritance: trait appears at once among several members of one generation (siblings) *** Autosomal dominant inheritance each affected individual has an affected parent -when one parent is affected, transmission to the offspring (on average) *** -two unaffected parents do not transmit...

  • 36. In X-linked recessive inheritance, which of the following is not true? A. They appear much...

    36. In X-linked recessive inheritance, which of the following is not true? A. They appear much more frequently in males vs. females. B. Genes for sexed linked disorders are usually carried on the X chromosome. C. Females are typically carriers of disease, but do not show an affected phenotype. D. Affected males can pass the gene to their daughters, but they (daughter) are usually unaffected. E. All of the above are true.

  • Calibri 11 - BIU A one generation to the other? 21. What is the difference between...

    Calibri 11 - BIU A one generation to the other? 21. What is the difference between a dominant versus recessive characters give examples I 22. What is the difference between homozygous versus heterozygous traits 23. Why did the F1 generation showed all flowers to be purple rather than a mix of white and purple flowers? 24. During complete dominance - What are the genotype and phenotype during F2 generation when a purple flower is crossed with a white flower? 25....

  • Challenge Question! (Combines Law of Independent Assortment and Sex-Linkage) ratio in their Fi offspring generation? Invent...

    Challenge Question! (Combines Law of Independent Assortment and Sex-Linkage) ratio in their Fi offspring generation? Invent and design your recessive allele, and pink coat is caused by an autosomal dominant allele (wild type roma pure line is crossed with a pink male from a pure line, what will be the phenotypic Autosomal dominant disorders are associated with genes found on autosome chromosomes that have a "spoiler" effect for the phenotype. In other words, if you inherit one spoiler dominant allele...

  • 7.) Haemophilia is an X-linked recessive disorder. If a male haemophiliac mates with a normal (non-haemophiliac)...

    7.) Haemophilia is an X-linked recessive disorder. If a male haemophiliac mates with a normal (non-haemophiliac) homozygous woman, would the progeny be affected? a. All males would be carriers. All females would be normal. b. All males would be normal. Half of the females would be carriers and half of the females would have haemophilia. c. All males would be normal. All females would be carriers. d. Half of each sex would be normal and half of each sex would...

  • 11. (8 m) Refer to the following pedigree, which traces the inheritance of a biochemical disorder....

    11. (8 m) Refer to the following pedigree, which traces the inheritance of a biochemical disorder. female not affected female affected 0 male not affected male affected a. (2 m) Does this disorder appear to be caused by an autosomal or sex-linked gene? Does this disorder appear to be caused by a dominant allele or by a recessive allele? Explain how you know this. b. (2 m) Fill in the genotypes of all affected individuals. Use A and a to...

  • pls the answer should be type because I have issues with my eyes. Thanks ce/content/1/Genetics%20Lesson%20Exercises.pdf 1....

    pls the answer should be type because I have issues with my eyes. Thanks ce/content/1/Genetics%20Lesson%20Exercises.pdf 1. Who was the father of Modern Genetics? 2. What was the Particulate theory of inheritance? 3. What is the Law of Segregation? Punnett Square Exercise Determine your genotype: If you are Lactose intolerant, your genotype is aa (Homozygous recessive) If you are not lactose-intolerant (lactase-persistent), your genotype is either Aa (heterozygous) or AA (homozygous dominant). Choose one or the other to work with. For...

  • A mutation in the Drosophila bristle gene (fb) (which is X-chromosome linked) causes a recessive forked...

    A mutation in the Drosophila bristle gene (fb) (which is X-chromosome linked) causes a recessive forked bristle phenotype (rather than the normal type of bristle). Another mutation in Drosophila autosomal body color gene (BR) causes a recessive brown color body (rather than the normal black body). A geneticist carried out the following cross: X+ / Y ; BR/br    x    X+/ Xfb ; BR/br If total of 240 F1 progeny were obtained, the “expected” numbers are: normal bristle male progeny -...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT