A. The genes located specifically on the Y chromosome in humans are called: blank? B. The...
A. The genes located specifically on the Y chromosome in humans are called: blank?
B. The major classes of normal genes that can lead to cancer after undergoing mutations are blank? And blank?
C. The type of mutation where the mutated triplet encodes the same amino acid as the original triplet is called: blank?
D. The maiN enzyme involved in the transcription of genes in prokaryotes is called: blank?
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A. The genes located specifically on the Y chromosome in humans
are called: blank?
B. The...
The phoNY operon is located on a part of the bacterial chromosome in between genes C...
The phoNY operon is located on a part of the bacterial chromosome in between genes C and D. The DNA looks like: ...A B C -----D E F..... Click 5 Watson The dashed lines represent the structural genes (enzyme encoding) of the phone operon. Mutations that affect the regulation of the phoNY operon have been identified and mapped. Some of the regulatory mutations map near gene D and some map near gene A(asterisks mark approximate locations). No phoNY regulatory mutations...
0D Tyreke es SupportThis course O d proteomes e. terminators The Human Genome Project is a...
0D Tyreke es SupportThis course O d proteomes e. terminators The Human Genome Project is a multinational project that reported complete identification of more than 20.000 genes in buman DNA Growing understanding has associated 'normal and naturally variable versions of the genes, producing specific proteins for human health and cell functions. Numerous mutated versions of the genes have been associated with particular human health problems and disease due to the types of cells where mutations occur the specific genes affected...
3. In humans, the following three loci are located on the long arm (q) of chromosome...
3. In humans, the following three loci are located on the long arm (q) of chromosome 7: mitochondrial malate dehydrogenase isoforms a and b (MDHA, MDHb)" glucuronidase isoforms i and 2 (GUS1, GUS2) histone isoforms + and -(H,H) Their relative map positions are: MDH 35 GUS 45 A female whose mother was homozygous for MDHA, GUS2 and Hand whose father was homozygous for MDHb, GUS1 and H produces a sample of 1000 ova via hormonal treatment Question: Give the expected...
28 29 30 31 32 33 28. Genes found in segments of chromosome called heterochromatin would...
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28. Genes found in segments of chromosome called heterochromatin would likely be expressed at high levels. expressed at low levels, or not at all. deleted before replication. maternally inherited only. none of these 29. (Use this representation to answer the following question.) DNA template strand 5 3' DNA complementary strand 3' 5' Using the double-stranded molecule above, in which direction does the RNA polymerase enzyme move? 3' → 5' along the template strand 5'...
Genetics Worksheet Week 3: Gene Regulation and Epigenetics 1. Duchenne muscular dystrophy is caused by a mutation in a gene that is 2.5 million nucleotides in length and encodes a protein called dyst...
Genetics Worksheet Week 3: Gene Regulation and Epigenetics 1. Duchenne muscular dystrophy is caused by a mutation in a gene that is 2.5 million nucleotides in length and encodes a protein called dystrophin. The dystrophin protein itself is 3684 amino acids in length. Calculate below the approximate size of the mRNA that encodes dystrophin. Approximately what percentage of the gene that encodes dystrophin is intron sequence? The human genome encodes a much greater variety and number of proteins than the...
Prokaryotic mRNA usually encodes for more than one protein while eukaryotic mRNA a single protein. Eukaryotic...
Prokaryotic mRNA usually encodes for more than one protein while eukaryotic mRNA a single protein. Eukaryotic DNA is linear and bacterial and archaeal DNA is-linear. In prokaryotes, ribosomes attach to the mRNA and start protein synthesis even before transcription is completed. Eukaryotic mRNA, rRNA, and tRNA are all highway processed. Nuclear pore complexes control the entry and exit to and from the nucleus. They will not let mRNA exit the nucleus before it is full processed. Eukaryotic and archaeal DNA...
please answer all 5! thank you! Question 1 1 pts Which of these individuals would be...
please answer all 5! thank you!
Question 1 1 pts Which of these individuals would be considered a 'mutant'? A person with an XO sex chromosome genotype The recessive allele for a straight hairline in humans A population of sunflowers which produce unique, red/orange petals, native to the southeastern tip of Kansas A turtle carrying an allele enabling it to wield a pair of daggers, present in only 0.0001% of the turtle population. Allele is expressed in dominant form prior...
Why would changes in the genes for transcription factors be expected to generate major phenotypic differences?...
Why would changes in the genes for transcription factors be expected to generate major phenotypic differences? They are extremely powerful genes. They can affect the expression of small numbers of other genes. Their gene products are remarkably stable. Their gene products normally denature more rapidly than other gene products. They can affect the expression of large numbers of other genes. Which enzyme, also responsible for siRNA formation, carves miRNAs from their double-stranded, fold- back RNA precursor (pre-miRNA)? Dicer ribonuclease RNA...
explain 1 or 2 molecular details in how epigenetics may allow melanoma cells to outsmart BRAF inhibitors **This is for a genetics course Seope: This science commentary claims that epigeneties pl...
explain 1 or 2 molecular details in how epigenetics may allow
melanoma cells to outsmart BRAF inhibitors
**This is for a genetics course
Seope: This science commentary claims that epigeneties plays a role in cancer cells becoming therapy-resistant. The language used is generalized for the non-scientist and does not include any molecular details, such as methylation of a specific nucleotide in an allele or modification of a specific histone tail amino acid. Your task (individually or in a group of...
please help!! transcription? How could the presence of a hormone in the blood have an effect...
please help!!
transcription? How could the presence of a hormone in the blood have an effect on this structure? 6 points 3. What is an enhancer region and why is it important in the regulation of eukaryotic Contents Cancer Genes that cause cancer are called oncogenes. d. promoter genes. a. operator genes. b. pseudogenes.c 2A mutation in which of the following genes would be LEAST likely lead to a cancer? a. growth hormone gene b. growth hormone receptor gene c....
The phoNY operon is located on a part of the bacterial chromosome in between genes C and D. The DNA looks like: ...A B C -----D E F..... Click 5 Watson The dashed lines represent the structural genes (enzyme encoding) of the phone operon. Mutations that affect the regulation of the phoNY operon have been identified and mapped. Some of the regulatory mutations map near gene D and some map near gene A(asterisks mark approximate locations). No phoNY regulatory mutations...
0D Tyreke es SupportThis course O d proteomes e. terminators The Human Genome Project is a multinational project that reported complete identification of more than 20.000 genes in buman DNA Growing understanding has associated 'normal and naturally variable versions of the genes, producing specific proteins for human health and cell functions. Numerous mutated versions of the genes have been associated with particular human health problems and disease due to the types of cells where mutations occur the specific genes affected...
3. In humans, the following three loci are located on the long arm (q) of chromosome 7: mitochondrial malate dehydrogenase isoforms a and b (MDHA, MDHb)" glucuronidase isoforms i and 2 (GUS1, GUS2) histone isoforms + and -(H,H) Their relative map positions are: MDH 35 GUS 45 A female whose mother was homozygous for MDHA, GUS2 and Hand whose father was homozygous for MDHb, GUS1 and H produces a sample of 1000 ova via hormonal treatment Question: Give the expected...
28
29
30
31
32
33
28. Genes found in segments of chromosome called heterochromatin would likely be expressed at high levels. expressed at low levels, or not at all. deleted before replication. maternally inherited only. none of these 29. (Use this representation to answer the following question.) DNA template strand 5 3' DNA complementary strand 3' 5' Using the double-stranded molecule above, in which direction does the RNA polymerase enzyme move? 3' → 5' along the template strand 5'...
Genetics Worksheet Week 3: Gene Regulation and Epigenetics 1. Duchenne muscular dystrophy is caused by a mutation in a gene that is 2.5 million nucleotides in length and encodes a protein called dystrophin. The dystrophin protein itself is 3684 amino acids in length. Calculate below the approximate size of the mRNA that encodes dystrophin. Approximately what percentage of the gene that encodes dystrophin is intron sequence? The human genome encodes a much greater variety and number of proteins than the...
Prokaryotic mRNA usually encodes for more than one protein while eukaryotic mRNA a single protein. Eukaryotic DNA is linear and bacterial and archaeal DNA is-linear. In prokaryotes, ribosomes attach to the mRNA and start protein synthesis even before transcription is completed. Eukaryotic mRNA, rRNA, and tRNA are all highway processed. Nuclear pore complexes control the entry and exit to and from the nucleus. They will not let mRNA exit the nucleus before it is full processed. Eukaryotic and archaeal DNA...
please answer all 5! thank you!
Question 1 1 pts Which of these individuals would be considered a 'mutant'? A person with an XO sex chromosome genotype The recessive allele for a straight hairline in humans A population of sunflowers which produce unique, red/orange petals, native to the southeastern tip of Kansas A turtle carrying an allele enabling it to wield a pair of daggers, present in only 0.0001% of the turtle population. Allele is expressed in dominant form prior...
Why would changes in the genes for transcription factors be expected to generate major phenotypic differences? They are extremely powerful genes. They can affect the expression of small numbers of other genes. Their gene products are remarkably stable. Their gene products normally denature more rapidly than other gene products. They can affect the expression of large numbers of other genes. Which enzyme, also responsible for siRNA formation, carves miRNAs from their double-stranded, fold- back RNA precursor (pre-miRNA)? Dicer ribonuclease RNA...
explain 1 or 2 molecular details in how epigenetics may allow
melanoma cells to outsmart BRAF inhibitors
**This is for a genetics course
Seope: This science commentary claims that epigeneties plays a role in cancer cells becoming therapy-resistant. The language used is generalized for the non-scientist and does not include any molecular details, such as methylation of a specific nucleotide in an allele or modification of a specific histone tail amino acid. Your task (individually or in a group of...
please help!!
transcription? How could the presence of a hormone in the blood have an effect on this structure? 6 points 3. What is an enhancer region and why is it important in the regulation of eukaryotic Contents Cancer Genes that cause cancer are called oncogenes. d. promoter genes. a. operator genes. b. pseudogenes.c 2A mutation in which of the following genes would be LEAST likely lead to a cancer? a. growth hormone gene b. growth hormone receptor gene c....
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