The diagram below illustrates the results of electrophoresis of DNA sequencesobtained from a family of two adults and three children, and amplified using PCR.The bands represent short repeating sequences of variable length. Results foranother female (X) are included for comparison.Father Mother Child ChildChildX123Origin― 6. The banding patterns of the DNA fragments within the gel reveal that...child 1 and child 2 cannot be biological siblingschild 1 and child 3 probably look like the mother.the mother cannot be the biological parent of all three childrenthe mother's DNA has the same DNA sequence as the father's DNAchild 2 and child 3 inherited all of their DNA from the father

During DNA testing, the banding patterns are observed as it shows whether the individuals share a…

6. The banding patterns of the DNA fragments within the gel reveal that.. child 1 and child 2 cannot be biological siblings child 1 and child 3 probably look like the mother. the mother cannot be the biological parent of all three children the mother's DNA has the same DNA sequence as the father's DNA child 2 and child 3 inherited all of their DNA from the father

6. The banding patterns of the DNA fragments within the gel reveal that.. child 1 and child 2 cannot be biological siblings child 1 and child 3 probably look like the mother. the mother cannot be the biological parent of all three children the mother's DNA has the same DNA sequence as the father's DNA child 2 and child 3 inherited all of their DNA from the father

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter13: An Introduction To Genetic Technology

Section: Chapter Questions

Problem 13QP

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Similar questions

DNA fingerprinting involves using restriction enzymes to cut DNA at a specific sequence, resulting in many fragments of different lengths. Gel electrophoresis then separates the fragments according to size. DNA fingerprints produced from four different individuals is shown below.The DNA for Individuals 3 and 4 could NOT be Select one: a. mitochondrial DNA from two people who have the same maternal grandmother (both their mothers had the same mother) b. mitochondrial DNA from two people who have the same paternal grandmother (both their fathers had the same mother) c. nuclear DNA from identical twins d. nuclear DNA isolated from a hair left at a crime scene and a buccal swab from a suspect who was present at the crime
For each of the following, decide if it could be appropriatelydescribed as a genome:A. The E. coli chromosomeB. Human chromosome 11C. A complete set of 10 chromosomes in cornD. A copy of the single-stranded RNA packaged into humanimmunodeficiency virus (HIV)
Why can the Human Y chromosome DNA be used to identify direct relationships easier than autosomal chromosome DNA? (image for reference)
A genetic disease is caused by a deletion in part of a gene. The deletion results in one copy of the gene being shorter whereas the other copy is normal length. In the gel below, the DNA sequences of this gene from four individuals have been amplified using PCR (the gel is loaded at the top of the tray). Lane 1 of the gel shows an individual who does not have the disease. Which of the bands represents the disease allele? A B C
Please draw dna replicatio for the below Start 14N 3 14N generation 2 15N generation 1 15N generation
Unclassified Intergenic DNA Occupies a Significant Portion of the ___________.
Define the following terms:a. PCRb. DNA microarrayc. chromosomal jumpingd. genome projecte. bioinformatics
The above image compares portions of DNA containing globin genes from an ordinary bony fish and an icefish. The genes on the figure are aligned based on - A. the beginning sequence on the chromosome. B. a matching of intron sequences. C. homologous sequences. D. gene function.
An enzyme to add nucleotides specifically at the ends of chromosomes would be: Question 6 options: Helicase Telomerase DNA polymerase DNA ligase
From a single DNA molecule, calculate how many copies would be produced in 12 cycles of pcr
Suppose that you are given a short fragment of DNA to sequence. You amplify the fragment with PCR and set up a series of four dideoxy reactions. You then separate the products of the reactions by gel electrophoresis and obtain the following banding pattern: Write out the base sequence of the original fragment that you were given. Original sequence: 5′– ________________–3′
Which method involves using the cell’s own repair system of a DNA strand? Group of answer choices Crossbreeding. Genetic editing. Genetic engineering. All the above. Please answer asap