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Yeast is a single-celled fungus that reproduces through budding, while amoeba is a single-celled organism that moves by forming pseudopods. Yeast is a eukaryotic organism, while amoeba can be either a eukaryote or a prokaryote. Yeast primarily obtains nutrients through fermentation, while amoeba feeds by engulfing particles through phagocytosis.

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Both bacteria and yeast reproduce by asexual method but how does this method differ in them?

The difference in the method of reproduction amoeba and yeast, is that whereas the method of reproduction in Amoeba is binary fission, the method of reproduction in yeast is budding. The type of reproduction is called asexual reproduction.


What is the difference between sirogyra and amoeba?

Sirogyra is a type of filamentous green algae that forms long threads, while amoeba is a single-celled organism that moves and feeds by changing its shape. Sirogyra has a multicellular structure, while amoeba is unicellular. Additionally, sirogyra is photosynthetic, while amoeba is heterotrophic and feeds on organic matter.


How does the length of the man compare to the length of the yeast cell a man is 1.7 m long. a yeast cell is 3.4 um long.?

The man is five hundred thousand (5x10^5) times larger then the yeast cell.Took one for the team on apex


A man is 1.7 m long. A yeast cell is 3.4 um long. how does the length of the man compare to the length of the yeast cell?

The man is five hundred thousand (5x10^5) times larger then the yeast cell.Took one for the team on apex


What are the key differences between yeast display and phage display techniques for protein engineering and selection?

Yeast display and phage display are both techniques used in protein engineering and selection, but they have key differences. Yeast display involves expressing proteins on the surface of yeast cells, allowing for the screening and selection of proteins based on their binding properties. Phage display, on the other hand, uses bacteriophages to display proteins on their surface for screening and selection. One key difference is the host organism used - yeast for yeast display and bacteriophages for phage display. Another difference is the display format - yeast display presents proteins on the cell surface, while phage display presents proteins on the phage surface. Overall, both techniques have their own advantages and limitations, and the choice between yeast display and phage display depends on the specific requirements of the protein engineering project.

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