Mito Case Study

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1. What are Nuc, Flag, ER, Mito, Chlora, Golgi, Ves and Lys short for? What does each of these

organelles do in a cell?

Answer: Nuc is short for nucleus; the functions for a nucleus is information storage, transmission, ribosome subunit assembly, and structural support. Flag stands for flagella; the flagella is a tail-like piece of the cell that allows it to swim through liquid. ER stands for endoplasmic reticulum; the endoplasmic reticulum is used for protein synthesis and processing. Mito is short for mitochondrion; the mitochondrion is in charge of making energy (ATP production).

Golgi is short for golgi apparatus; golgi does the protein, lipid, and carbohydrate processing.

Ves is short for vesicle; the vesicle’s function is to store things. Finally, Lys is short for lysosomes; a lysosome is used to break up food in the cell.

2. What is the autogenic hypothesis of the origin of the eukaryotic cell?

Answer: The autogenic hypothesis is that a prokaryotic cell slowly but surely evolved on it’s own to the eukaryotic cell.

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3. What is the evidence that supports the autogenic hypothesis?

Answer: The evidence that supports the autogenic hypothesis is that transfer of DNA occurs between bacteria species.

4. What is the endosymbiotic hypothesis?

Answer: The endosymbiotic hypothesis is that a prokaryotic cell “ate” smaller organelles which evolved into what they are today.

5. What is the evidence for the endosymbiotic hypothesis?

Answer: The evidence that supports this is because mitochondrion and chloroplast both have a “brother” cell; the cells are extremely alike. The “brother” cell is a prokaryotic cell.

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6. What are the comparative strengths and weaknesses of the two hypotheses?

Answer: The comparative strengths and weaknesses of the two hypotheses are that there are ways that we could reenact the cell eating the other little prokaryotic.

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Mito Case Study. (2016, Apr 09). Retrieved from

Mito Case Study

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