Question

In: Biology

In python The following is a short section of genomic DNA: ATCGATCGATCGATCGACTGACTAGTCATAGCTATGCATGTAGCTACTCGATCGATCGATCGATCGATCGATCGATCGATCGATCATGCTATCATCGATCGATATCGATGCATCGACTACTAT 1. It comprises two...

In python

The following is a short section of genomic DNA: ATCGATCGATCGATCGACTGACTAGTCATAGCTATGCATGTAGCTACTCGATCGATCGATCGATCGATCGATCGATCGATCGATCATGCTATCATCGATCGATATCGATGCATCGACTACTAT

1. It comprises two exons and an intron. The first exon runs from the start of the sequence to base number 63 (starting counting from zero), and the second exon runs from base 91 (also counting from zero) to the end of the sequence. Write a program that will print just the coding regions of the DNA sequence.

2. Using the data from part one, write a program that will calculate what percentage of the DNA sequence is coding.

3. Using the data from question one part 4, write a program that will print out the original genomic DNA sequence with coding bases in uppercase and non-coding bases in lowercase.

Solutions

Expert Solution

1.

Here is a brief segment of genomic DNA:ATCGATCGATCGATCGACTGACTAGTCATAGCTATGCATGTAGCTACTCGATCGATCGATCGATCGATCGATCGATCGATCGATCATGCTATCATCGATCGATATCGATGCATCGACTACTAT1.It comprises 2 exons as well as an intron. The very first exon operates out of the beginning of the sequence to base quantity sixty three (starting counting from zero), and the other exon runs from base ninety one (also counting from zero) on the conclusion of the sequence. Create a system which is going to print only the coding areas of the DNA sequence

.CodingRe = (DNA [0:63] + DNA [91:])

print(CodingRe)

DNA = 123

CodingRe = 96

2.

To us the information from part 1, create a system which will compute what portion of the DNA sequence is coding.DNApercent= len(cRegion) / len(DNA)

print (DNApercent * 100)

3.

voice the information from issue 1 part four, create a system which will print out the initial genomicDNA sequence with coding bases in non coding bases as well as uppercase in lowercase.

CodingRe = (DNA [0:63] + DNA [91:])

noncodingRe = DNA[63:91]

Sample1 = open('codingRegion.txt',' w')

Sample2 = open('nonCodingRegion.txt.lower()',' w')

Sample1.write = (CodingRe)

Sample2.write = (noncodingReg)

print(CodingRe.upper())

print(noncodingRe.lower())

Sample1.close()

Sample2.close()

I ANSWERED ALL OF YOUR QUESTIONS

kindly please give my answer a thumbs up


Related Solutions

What comprises a long straddle? What comprises a short straddle? What comprises a call spread? What...
What comprises a long straddle? What comprises a short straddle? What comprises a call spread? What comprises a put spread?
What role does the Chelex play in the isolation of genomic DNA? A) binds DNA so...
What role does the Chelex play in the isolation of genomic DNA? A) binds DNA so that impurities can be washed away B) binds divalent metal cations that inhibit the PCR reaction C) prevents the single-stranded DNA from reannealing during PCR D) immobilizes DNA polymerase preventing its denaturation at high temperatures
Answer these questions regarding DNA libraries: In creating a genomic DNA library, what is the FIRST...
Answer these questions regarding DNA libraries: In creating a genomic DNA library, what is the FIRST step? a. Fragmenting the DNA into manageable pieces                b. Screening clones   c. Transforming recombinant DNA into bacteria d. Ligating DNA into plasmids   Sometimes artificial chromosomes (AC) constructed from bacterial (BACs) or yeast (YACs) DNA are used to harbor genomic DNA for libraries (e.g., the human genome project). Why are BACs/YACs often used instead of traditional plasmid DNA for the construction of genomic libraries?...
. You have extracted extrachromosomal DNA and genomic DNA from E. coli in the lab. What...
. You have extracted extrachromosomal DNA and genomic DNA from E. coli in the lab. What is the differentiating steps during the DNA isolation so that your target DNA is not contaminated with the other unwanted DNA (i.e. you are targeting extrachromosomal DNA, so you don’t want the genomic DNA, and vice-versa)? Why and how that step can differentiate between these groups of DNA
1. You start with a section of DNA that has the following Genetic Code: AUGUUUCCUCCCACAACGGCUUAA List...
1. You start with a section of DNA that has the following Genetic Code: AUGUUUCCUCCCACAACGGCUUAA List the primary structure of the protein. How does this primary structure impact the secondary and tertiary structure of the protein? Using the above sequence as a starting point, create an insertion mutation WITHOUT creating a frameshift mutation. How could this change the function of the protein?
Discuss a) Genomic and complementary DNA (cDNA) libraries and b) The testing of pharmaceutical drugs.
Discuss a) Genomic and complementary DNA (cDNA) libraries and b) The testing of pharmaceutical drugs.
Describe how a point mutation in genomic DNA may be detected by MLPA in a single...
Describe how a point mutation in genomic DNA may be detected by MLPA in a single tube. Highlight the critical elements of probes and primers used to detect a “wild type” and single nucleotide variant. Ensure the role of enzyme(s) required for this assay are explained.
One can take a fragment of genomic DNA carrying a eukaryotic gene and clone it into...
One can take a fragment of genomic DNA carrying a eukaryotic gene and clone it into a bacterial plasmid, containing an origin of replication and a selectable marker gene. Although the eukaryotic DNA can be stably replicated in the bacteria, the gene is often not expressed. Explain four possible reasons why this is the case.
summarize the process by which the genomic library of P.fluorescens DNA was created. In fact, I...
summarize the process by which the genomic library of P.fluorescens DNA was created. In fact, I don’t understand the question, please help me answer this question, if you would explain this question in a better way, that will be great!
1) The products of DNA replication are two DNA molecules. Which of the following statements about...
1) The products of DNA replication are two DNA molecules. Which of the following statements about these two DNA molecules is false? a) they are sister chromatids b) they are both double-stranded DNA helices c) they carry different sets of gene alleles d) they each consist of one "old" strand, which was the template strand, and one "new" strand, which was just synthesized 2) In which of the following molecular processes is the formation of Watson-Crick type base pairs between...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT