Question

Pluricellular organisms are formed through serial mitosis. Would this formation be possible if each cell produced...

Pluricellular organisms are formed through serial mitosis. Would this formation be possible if each cell produced by mitosis was identical to its parent cells? How did evolution solve that problem?

Science   Biology   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

No, if mitosis in embryos produced only daughter cells equal to their figure cellular, there would be no differentiation or structural or purposeful specialization amongst cells.
Evolution solved this trouble via growing the mobile differentiation process by using which, provoked with the aid of stimuli no longer but famous by means of technology, exclusive and specialised cellular lineages produce special tissues, organs and structures, which, as a whole, shape pluricellular organisms.Cellular differentiation probable is a very elaborate manner that activates and inactivates some genes inside the cells in reaction to some stimulus.

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Pluricellular organisms are formed through serial mitosis. Would this formation be possible if each cell produced...
Pluricellular organisms are formed through serial mitosis. Would this formation be possible if each cell produced by mitosis was identical to its parent cells? How did evolution solve that problem?
Pluricellular organisms are formed through serial mitosis. Would this formation be possible if each cell produced...
Pluricellular organisms are formed through serial mitosis. Would this formation be possible if each cell produced by mitosis was identical to its parent cells? How did evolution solve that problem?
Meiosis has evolved to solve a problem. Sex cells don’t go through mitosis when they produce...
Meiosis has evolved to solve a problem. Sex cells don’t go through mitosis when they produce gametes. They go through meiosis. Meiosis has evolved to solve a problem. A problem that would occur if sex cells go through mitosis instead of meiosis. What is the problem? a. the cells would stop dividing after a few generations b. every generation would double the number of chromosomes c. the male germ cells could no longer merge with the female germ cell d....
1. Answer the following. a) If a cell was 2n and underwent mitosis, what would be...
1. Answer the following. a) If a cell was 2n and underwent mitosis, what would be the ploidy level of the daughter cells? b) If a cell 1n and underwent mitosis, what would be the ploidy level of the daughter cells? c) What is the minimum ploidy level a cell must be to undergo meiosis? Explain. d) The genome of the plant species Arabidopsis is n=7 and Arbidopsis is a diploid organism. i) What is the ploidy level of the...
Use the following vocabulary words to fill in the blanks in the questions below. Each answer...
Use the following vocabulary words to fill in the blanks in the questions below. Each answer is used only once. Centromere                 sister chromatids                     cleavage furrow Cytokinesis                 chromosomes                          mitotic spindle Equator During metaphase, chromosomes line up along the __________________ of the cell. b. The two __________________________________ are held together with a      _______________________________ ________________________ refers to the division of the cytoplasm into two daughter cells. During anaphase, part of the _______________________________ can be seen attached to the centromere of each sister chromati The constricted appearance of...
Answer the following questions comparing Mitosis and Meiosis. A mosquito cell has 6 chromosomes total (2N...
Answer the following questions comparing Mitosis and Meiosis. A mosquito cell has 6 chromosomes total (2N = 6). Draw a cell in metaphase for both mitosis and meiosis I. (Please either print and draw on this or on a separate piece of paper and attach the image to this document) Both of the mosquito cells (above) are heterozygous for genes D and Q on chromosome 1, genes F and T on chromosome 2, and genes J and Z on chromosome...
Control of Gene Expression 1. How is it possible that individual cells of a multicellular organisms,...
Control of Gene Expression 1. How is it possible that individual cells of a multicellular organisms, which contain all the same DNA, can be so different from one another? 2. What are housekeeping proteins? What are their roles in the cell? 3. Describe the ways in which cells control gene expression. 4. How does control of transcription in prokaryotes and eukaryotes differ? 5. What is the role of operons in the prokaryotic genome? 6. A rare mutation occurs in bacteria...
What mass (in g) of each product is produced in each of the following cells used...
What mass (in g) of each product is produced in each of the following cells used for the electrolysis of molten salts, if a total charge of 2.93 ✕ 105 C passes through each cell? (To solve this problem, assume that standard states apply, and that the reduction potential at each of the melting points is the same as the respective standard reduction potential. Also assume that the efficiency is 100%, and that the voltage is sufficient to perform the...
please answer all is due an hour please all Higher levels of magnesium inside the cell...
please answer all is due an hour please all Higher levels of magnesium inside the cell is maintained by Question 17 options: a) facilitated diffusion b) osmosis c) active transport Question 18 (1 point) Genetic diversity is increased by Question 18 options: a) cross-over b) sexual reproduction c) mutation d) all of the above Question 19 (1 point) A cell placed in a solution hypotonic to it will Question 19 options: a) swell b) crenate c) do nothing Question 20...
Chloroplasts are        a. the sites of photosynthesis for eukaryotic cells b. the sites of photosynthesis for...
Chloroplasts are        a. the sites of photosynthesis for eukaryotic cells b. the sites of photosynthesis for prokaryotic cells        c. the sites of protein synthesis d. the sites of ATP synthesis in eukaryotic cells              e. (a) and (b) The nucleus of a cell              a. holds the code for protein synthesis b. is the site of ATP synthesis                  c. is the site of photosynthesis for eukaryotic cells d. is the carrier for most of the hereditary information for eukaryotic cells e....
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT