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For you master's degree you have joined a lab that seeks to identify and investigate novel organisms that can survive in rare and challenging environments. You will be working with a research associate in the lab to continue characterizing cultured cells (e.g – cells grown in a dish) isolated cells from a complex multicellular eukaryotic organism Onlinus extremus. Preliminary evidence from research in the laboratory has shown that O.Extremus is capable of both fermentation and cellular respiration. While they can survive on a wide variety of questionably food- like fuel sources, like most other eukaryotic organisms', glucose is its preferred fuel source. Practice question 1 and begin expanding the culture (increasing the # of cells) so that you may later conduct experiments on them. You take two aliquots, each with an equal number of cells, and place them in two different culture vessels, one is a sealed airtight flask (culture 1) and the other is an open topped culture dish (culture 2). You provide both with the same growth media that contains their preferred fuel source, glucose. - Your first task in the lab is to learn how to culture these cells culture 1 (sealed flask) culture 2 (open dish) a) Are the cells in cultures 1 and 2 deriving all their energy in the same way? (Yes or No) Explain why or why not. Be sure to name the specific processes by which each culture is deriving its energy. Created in BioRender.com bid

For you master's degree you have joined a lab that seeks to identify and investigate novel organisms that can survive in rare and challenging environments. You will be working with a research associate in the lab to continue characterizing cultured cells (e.g – cells grown in a dish) isolated cells from a complex multicellular eukaryotic organism Onlinus extremus. Preliminary evidence from research in the laboratory has shown that O.Extremus is capable of both fermentation and cellular respiration. While they can survive on a wide variety of questionably food- like fuel sources, like most other eukaryotic organisms', glucose is its preferred fuel source. Practice question 1 and begin expanding the culture (increasing the # of cells) so that you may later conduct experiments on them. You take two aliquots, each with an equal number of cells, and place them in two different culture vessels, one is a sealed airtight flask (culture 1) and the other is an open topped culture dish (culture 2). You provide both with the same growth media that contains their preferred fuel source, glucose. - Your first task in the lab is to learn how to culture these cells culture 1 (sealed flask) culture 2 (open dish) a) Are the cells in cultures 1 and 2 deriving all their energy in the same way? (Yes or No) Explain why or why not. Be sure to name the specific processes by which each culture is deriving its energy. Created in BioRender.com bid

Biology Today and Tomorrow without Physiology (MindTap Course List)
Biology Today and Tomorrow without Physiology (MindTap Course List)
5th Edition
ISBN:9781305117396
Author:Cecie Starr, Christine Evers, Lisa Starr
Publisher:Cecie Starr, Christine Evers, Lisa Starr
Chapter3: Cell Structure
Section: Chapter Questions
Problem 1VQ: What type of micrograph is shown below? Is the organism pictured prokaryotic or eukaryotic? How can...
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For you master's degree you have joined a lab that seeks to identify and investigate novel organisms that can survive in rare and challenging environments. You will be working with a research associate in the lab to continue characterizing cultured cells (e.g – cells grown in a dish) isolated cells from a complex multicellular eukaryotic organism Onlinus extremus. Preliminary evidence from research in the laboratory has shown that O.Extremus is capable of both fermentation and cellular respiration. While they can survive on a wide variety of questionably food- like fuel sources, like most other eukaryotic organisms', glucose is its preferred fuel source. Practice question 1 and begin expanding the culture (increasing the # of cells) so that you may later conduct experiments on them. You take two aliquots, each with an equal number of cells, and place them in two different culture vessels, one is a sealed airtight flask (culture 1) and the other is an open topped culture dish (culture 2). You provide both with the same growth media that contains their preferred fuel source, glucose. - Your first task in the lab is to learn how to culture these cells culture 1 culture 2 a) Are the cells in cultures 1 and 2 deriving all their energy in the same way? (sealed flask) (open dish) (Yes or No) Explain why or why not. Be sure to name the specific processes by which each culture is deriving its energy. Created in BioRender.com bio
Transcribed Image Text:For you master's degree you have joined a lab that seeks to identify and investigate novel organisms that can survive in rare and challenging environments. You will be working with a research associate in the lab to continue characterizing cultured cells (e.g – cells grown in a dish) isolated cells from a complex multicellular eukaryotic organism Onlinus extremus. Preliminary evidence from research in the laboratory has shown that O.Extremus is capable of both fermentation and cellular respiration. While they can survive on a wide variety of questionably food- like fuel sources, like most other eukaryotic organisms', glucose is its preferred fuel source. Practice question 1 and begin expanding the culture (increasing the # of cells) so that you may later conduct experiments on them. You take two aliquots, each with an equal number of cells, and place them in two different culture vessels, one is a sealed airtight flask (culture 1) and the other is an open topped culture dish (culture 2). You provide both with the same growth media that contains their preferred fuel source, glucose. - Your first task in the lab is to learn how to culture these cells culture 1 culture 2 a) Are the cells in cultures 1 and 2 deriving all their energy in the same way? (sealed flask) (open dish) (Yes or No) Explain why or why not. Be sure to name the specific processes by which each culture is deriving its energy. Created in BioRender.com bio
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