Somatic mutation occurs in non reproductive cell, they are passed to daughter cells during mitosis. But not to offspring during sexual reproduction.
Answer is mitosis
A mutation during the daughter cells. will go unnoticed for that specific cell and will not...
The choices are mitosis, meiosis, both or neither. - two identical daughter cells are formed - sister chromatids are separated - homologous chromosomes are separated - nuclear envelope dissolves during prophase - cytokinesis occurs simultaneously with teleophase - DNA replication occurs during early prophase - Final product is 4 different daughter cells - final product is 4 diploid daughter cells - Final product is 2 diploid daughter cells - Final product is two haploid daughter...
For the next group of questions consider a diploid cell from a eukaryotic organism with a total of ten chromosomes. After one round of the cell cycle is complete you observe a total of four daughter cells. During this cell division occurred and the resulting daughter cells are. mitosis; haploid with ten total chromosomes each mitosis; diploid with five total chromosomes each meiosis; diploid with ten total chromosomes each meiosis; haploid with five total chromosomes each Before the cell divided,...
Daughter cells of mitosis have the same number of chromosomes as the parent cell while daughter cells of meiosis have half the number of chromosomes as the parent cell. What is the reason for this?
The following figure shows a cell containing a pair of homologous chromosomes. The alleles for the F gene are indicated on each chromosome. Which of the following most accurately represents the configuration of chromosomes within the cell following DNA replication, prior to meiosis? Select one: a. b. c. d. Which term is used to describe a pair of similar chromosomes in a cell: Select one: a. bifurcates b. homologous c. chromatids d. replicants Which of the following statements is TRUE...
please explain why thanks! After cell division, daughter cells contain the same amount of DNA as in the original cell. This is due to A protein synthesis. B. recombination c pairing of homologous chromosomes. OD meiosis E DNA replication
What steps are necessary for the cell to go from DNA to a trait? Group of answer choices DNA replication and translation Transcription and translation Mutation and transcription Mutation and translation
Explanation and answers please! thanks! At what point during meiosis of human cells do the daughter cells become haploid? After meiosis ! After S phase After meiosis 11 After mitosis Question 19 3 pts A replication fork moves towards the left from an initiating origin. The strand synthesized on the top template from this fork is: Continuous Dispersive Discontinuous Not enough information
Unit 3 Study Resource Meiosis • Process by which diploid cells create haploid cells NOT part of the cell cycle > only some cells ever undergo meiosis During meiosis I, homologous chromosomes line up to allow them to be separated into two new cells o They can become "tangled" during this phase, which leads to crossing-over (rearranging the alleles) O Result of meiosis I is two non-identical haploid cells Meiosis Il looks very similar to mitosis, in that sister chromatids...
Which of the following would NOT be a characteristic of cell reproduction in bacteria? Daughter cells are clones h New cell walls are formed Replication of ribosomes Mitotic spindle DNA replication
Compare mitosis and meiosis by filling in the chart below. Meiosis Mitosis Characteristic Are daughter cells genetically identical or different from the parent? Involves how many cell divisions? Produces how many daughter cells? Produces haploid or diploid cells? Produces what type of cell? Sister chromatids or homologous chromosomes separate? What are the functions of the cells produced? 05 Answer the following Explain how segregation of chromosomes during meiosis can generate four types of gametes (assume four chromosomes, two homologous pairs)...