You are required to design a carbon-based, eukaryotic, unicellular organism that contains membrane-bound organelles that match those on Earth. Describe specific structures and components that you would include in the cell wall, plasma membrane and internal cell membranes of your cell that would assist the cell's survival in the low temperatures and high pressure experienced on Kepler-28d. Specfically, mention what can be added to internal cell membranes, structure wise and components (200 words maximum)

You are required to design a carbon-based, eukaryotic, unicellular organism that contains membrane-bound organelles that match those on Earth. Describe specific structures and components that you would include in the cell wall, plasma membrane and internal cell membranes of your cell that would assist the cell's survival in the low temperatures and high pressure experienced on Kepler-28d. Specfically, mention what can be added to internal cell membranes, structure wise and components (200 words maximum)

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter25: The Origin Of Life

Section: Chapter Questions

Problem 15TYK

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Q1. You are required to design a carbon-based, eukaryotic, unicellular organism that contains membrane-bound organelles that match those on Earth. Describe specific structures and components that you would include in the cell wall, plasma membrane and internal cell membranes of your cell that would assist the cell's survival in the low temperatures and high pressure experienced on Kepler-28d. (200 words maximum) Answer here: Q2. It is critical that your cell contains the capacity to transport and traffic cellular components both intracellularly and extracellularly. To facilitate this you will need to develop an endomembrane system. Outline the function of the endomembrane system, including which organelles will be included within your endomembrane system. (200 words maximum) Answer here: Q3. Your cell must be able to synthesise its own proteins. Assuming the mechanism of transcription and translation remains unchanged from Earth-based organisms, describe how the…
You are required to design a carbon-based, eukaryotic, unicellular organism that contains membrane-bound organelles that match those on Earth. Describe specific structures and components that you would include in the cell wall, plasma membrane and internal cell membranes of your cell that would assist the cell's survival in the low temperatures and high pressure experienced on Kepler-28d.
Specimen A is? And Specimen B is? Choices from question 2. A. Too large to be a typical eukaryotic cell but could be multicellular B. Within the normal size range of a typical eukaryotic cell C. Too small to be a typical eukaryotic cell, but could be a prokaryotic cell D. Too small to be any type of cell
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This specimen is? Choices from number 2 A. Too large to be a typical eukaryotic cell but could be multicellular B. Within the normal size range of a typical eukaryotic cell C. Too small to be a typical eukaryotic cell, but could be a prokaryotic cell D. Too small to be any type of cell
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