When the genetic materials are improperly replicated and error cannot be corrected the cell proceeds to: 14. When the genetic materials are improperly replicated and error cannot be corrected the cell proceeds to:O A. InterkinesisB. ApoptosisC. Prophase ID. Mitotic divisionO E. Meiotic division15. The frequency of mitosis would be greater in:O A. All types of cellsB. Plant tissue than animal tissueC. Cells at the growing (meristematic) region of a plant than in other somatic (body) cellsO D. Sex cells than somatic (body) cellsE. Animal tissue than plant tissueO O O OOO OOOO

Cell cycle is the process by which a cell grows and divides to produce daughter cells. It can be…

Answered: When the genetic materials are…

Science

Biology

When the genetic materials are improperly replicated and error cannot be corrected the cell proceeds to:

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

See similar textbooks

Related questions

Q: Loss of lysosomal activity as a result of a genetic mutation is likely to be causeed by a defect in…

A: Lysosomes are specialised cell organelles which are found in almost all cells .

Q: What are examples of the cells and tissues involved in both repair processes.

A: TISSUE REPAIR PROCESS:- Wound healing completes in three steps:- 1)First Phase:-Hemostasis- This is…

Q: Define restriction point,

A: The cell cycle is the initial process that cells follow to prepare themselves for cell division.…

Q: Define checkpoint pathways

A: The cell is the basic unit of life. The tissue is a group of cells that perform a specific function.…

Q: Sequencing Place the following in order of how they happen in the body. Metastasis Reproduction of…

A: Answer:

Q: DNA that is not in use, is being stored and protected during the cell division processes is callen…

A: When the cell is not dividing (mitosis or meiosis), the DNA becomes condensed and is present in…

Q: Define: Recombinant DNA:

A: A DNA fragment is cut from foreign DNA using restriction enzymes (an enzyme used to cut DNA) and the…

Q: Explain gene-knockout technique.

A: According to the question, we have to provide an explanation of the gene knockout technique. So,…

Q: Draw a diagram depicting the 4 steps of base excision repair, and give a short description of what…

A: Base excision repair is a cellular mechanism that is studied in the fields of biochemistry and…

Q: Genetic marker systems

A: The nucleotides sequence in DNA or RNA is called a gene. This sequence is capable of synthesizing…

Q: Explain the process of “blue-white” screening ?

A: Blue-white screening is a technique which allows proper detection of recombinant bacteria for…

Q: p53 is a gene / protein often associated with cancer. Why? What does p53 do? What kind of gene is…

A: p53 is a tumor suppressor gene it is called so because its activity stops the formation of…

Q: A question that puzzled scientists was that how chemical carcinogens caused cancer. The experiment…

A: This is a hybridoma technology where a cancerous cell mixed up with a normal myoloma cell and…

Q: locate the anaphase (use arrow please) then describe the appearance of the DNA, spindle fibers and…

A: RED ARROW- Anaphase Stage The centromere of each chromosome splits into two to form two chromatids…

Q: his 45-year-old male presents to the operating room with a painful mass of the right upper arm. Upon…

A: CPT stands for Current Procedural Terminology. It was developed by the American Medical Association.…

Q: define the term name as Missense mutations

A: sometimes a wrong nucleotide will be incorporated in the DNA. that can result in a type of mutation…

Q: Describe the process of inserting DNA into a vector

A: The process of inserting a desired fragment of DNA or a gene of interest into a self-replicating…

Q: Describe and give examples of direct reversal of DNA damage.

A: Direct reversal of DNA Damage is also called Direct Repair. This system act on damaged nucleotides.…

Q: What means genes are delivered directly to somatic cells?

A: Gene therapy is a collection of methods that allows correction of a gene defect that has been…

Q: Studying mis-splicing events on a cell-wide basis (i.e., all mis-splicing events in a cell type) can…

A: Studying mis-splicing events on a cell-wide basis (i.e., all mis-splicing events in a cell type) can…

Q: The (blanK) gene is inducible (needs a certain nutrient to make protein) and the protein is only…

A: *Inducible genes: are those that have variable activity depend on the needs of cell. For…

Q: Which of the following most closely depicts the order of the RAS-RAF pathway in mutated cells?…

A: The RAS-RAF pathway is a signaling pathway involved in the regulation of cell growth and…

Q: TRUE OR FALSE A stem cell can reproduce itself indefinitely and differentiate into specialized…

A: Cell is a structural and functional unit of life. It is present in all living organisms.

Q: Define gene locus

A: Gene is basic unit of heredity that is responsible for physical and functional activity.

Q: An individual can accumulate many variations within his/her genome and remain healthy",

A: Variations in species help them to adapt themselves to that particular environment and give them a…

Q: Describe the ethical issues encompassing germ line gene therapy in 150 words.

A: Introduction Germline gene therapy:- In this therapy DNA is inserted into the reproductive cells…

Q: Describe why it is important to calculate the absolute number when performing a differential cell…

A: Differential cell count is used to analyze the relative percentage of each type(neutrophils,…

Q: What is the importance of the EMT during metastasis?

A: EMT is an evolutionary conserved developmental program which is implicated in carcinogenesis.

Q: Label each vector with the correct description.

A: With diverse uses in business, agriculture, and health, biotechnology is a discipline at the cutting…

Q: A mysterious young man who calls himself Matthew has appeared upon the doorstep of Yel. Matt claims…

A: PCR or the Polymerase Chain Reaction is a molecular technique that is used to amplify desired DNA…

Q: identify two highly advertised potential medical errors and state

A: Potential error is a possible but not yet actual. Potential error means that can arise in future not…

Q: Discuss types of DNA damage and how such lesions can be repaired.

A: Mutations arise not only from errors in replication but also through the damage in DNA. Some damage…

Q: Describe what will happen to bacteria with dysfunctional restriction modification system providing…

A: Bacteria is a microorganism that has many defense mechanism to prevent the infections from the other…

Q: locate the interphase (use arrow please) then describe the appearance of the DNA, spindle fibers and…

A: Interphase The phase between 2 successive M-phase. In Interphase cells grows in size and prepares…

Q: what is the frequency of the rarest variant you can detect during deep sequencing of a tumor cell if…

A: A tumour cell is a type of abnormal cell that is produced and reproduces at an abnormally rapid…

Q: In animal reproductive cloning, diploid nucleus of a somatic animal cells is introduced instead of…

A: Cloning refers to the process of formation of identical copies of a cell or organism.

Q: Describe how a genome is mapped.

A: Genetic mapping includes the use of methods to recognize the locus of a gene and distance between…

Q: using image down below please describe how GERMLINE GENE THERAPY works, add any additional diagrams…

A: Mitochondrial Disease Prevention: The primary goal of the technique depicted is to prevent the…

Question

When the genetic materials are improperly replicated and error cannot be corrected the cell proceeds to:

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps

SEE SOLUTION Check out a sample Q&A here

Similar questions

_5_.A 60 years old man comes to your clinic presenting with stomach pain, sore muscles, fever, and dark urine. He has also poor appetite and nausea. Laboratory findings are the elevation of liver enzymes. Finally PCR results declared that he is suffering from HCV. There exist so many biological, genetic and environmental factors that he might be suffered from Hepatocellular Carcinoma (HCC). Research findings indicate that this transformation may be due to Single Nucleotide Polymorphism (SNPs) of any of the gene (like SNP in TGF-beta). By having the knowledge of molecular techniques writes the name and full form of that technique that can be used for the determination of SNP?
Describe different techniques that mightrestore p53 to a cell lacking it.
Describe the functions of unique surface markers on cell membranes.
Note : — don't copy in google or bartleby. Plagarize checker will be used. QUESTION : — A mature Red Blood Cell has no nucleus. What is the significance of this? — If it has no nucleus, how is it synthesize then?
Describe one way of mapping the location of histones on the gencome. For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIU up Paragraph Arial 14px P
RNA viruses such as mumps and influenza viruses are called retroviruses because they carry molecules of an enzyme called reverse transcriptase, which catalyzes reverse transcription: the synthesis of DNA on an RNA template. Select one: True False
A patient goes for PCR test due to having symptoms of anaemia but its cytogenetic report show three alpha gene deletion. What could be disease of patient explain its pathophysiology and lab diagnosis?
A lab trainer instructed a new lab recruit to freeze down cells from a tissue culture flask to save for future use. After verifying that the flask of adherent cells was confluent, and contained enough cells to freeze down, the lab trainer left the recruit to go through the freezedown protocol. A few days later, the trainer thawed out the cryovials of cells that the recruit put away, and discovered that there were very few viable cells. Assuming that the lab trainer did everything correctly, answer the following: What are two possible mistakes made that explains why there are so few cells? Explain why those mistakes had the effect they did.
Your friend can't understand how it is possible to combine a somatic cell from their pet with an oocyte from a different animal and create a clone of their pet. Won't the animal that develops be the offspring of the two animals rather than a clone of the animal that donated the somatic cell? Explain to your friend why this is not the case.
Match the mutation with the appropriate term. Answers may be used more than once or not at all Arises from point mutation Answer 1 Transcription Factor Answer 2 Results in protein that cannot be inactivated Answer 3 Arises from chromosomal translocation Answer 4 Arises from gene amplification Answer 5 Fusion Protein
A basic abnormality which result from a genetic change that favors the growth of a single population of cells.is.called Differential.diagnostic IdiopathicNosocomialNeoplasia
Path: p QUESTION 44 What precautions might you take when working in a BSL-2 lab? Is there a risk? T TTArial 3 (12pt) Path: p QUESTION 45 What are insertion and deletion mutations? Why might they be harmful to a cell? Click Save and Submit to save and submit. Click Save All Answers to save all answers. P Type here to search 立