You are trying to determine a function for an ORFan gene. You hypothesized that the gene may be involved in allowing yeast to carry out their metabolism in the absence of oxygen (a process called fermentation). You take yeast with this ORFan gene deleted and compare their growth in an oxygen-free environment to wild-type yeast using a spread plate assay. In this assay the same number of yeast cells are spread over separate plates using a sterile spreader. The image below shows the results of this experiment. The yeast strain with the ORFan gene deleted is shown on the left, and the wild type yeast is shown on the right: You are trying to determine a function for an ORFan gene. You hypothesized that the gene may be involved in allowing yeast to carry out their metabolism in the absence of oxygen (a process called fermentation). You take yeast with this ORFan gene deleted and compare their growth in an oxygen-free environment to wild-type yeast using a spread plate assay. In this assay the same number of yeast cells are spread over separate plates using a sterile spreader. The image below shows these

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Based on the results depicted above, what do you conclude about your hypothesis? Give specific explanations for this conclusion. This should read like part of a discussion in a lab report, with analysis of the results and comparison back to the hypothesis.

You are trying to determine a function for an ORFan gene. You hypothesized
that the gene may be involved in allowing yeast to carry out their metabolism in
the absence of oxygen (a process called fermentation). You take yeast with
this ORFan gene deleted and compare their growth in an oxygen-free
environment to wild-type yeast using a spread plate assay. In this assay the
same number of yeast cells are spread over separate plates using a sterile
spreader.
The image below shows the results of this experiment. The yeast strain with
the ORFan gene deleted is shown on the left, and the wild type yeast is shown
on the right:
You are trying to determine a function for an ORFan gene. You hypothesized
that the gene may be involved in allowing yeast to carry out their metabolism in
the absence of oxygen (a process called fermentation). You take yeast with
this ORFan gene deleted and compare their growth in an oxygen-free
environment to wild-type yeast using a spread plate assay. In this assay the
same number of yeast cells are spread over separate plates using a sterile
spreader.
The image below shows these
Transcribed Image Text:You are trying to determine a function for an ORFan gene. You hypothesized that the gene may be involved in allowing yeast to carry out their metabolism in the absence of oxygen (a process called fermentation). You take yeast with this ORFan gene deleted and compare their growth in an oxygen-free environment to wild-type yeast using a spread plate assay. In this assay the same number of yeast cells are spread over separate plates using a sterile spreader. The image below shows the results of this experiment. The yeast strain with the ORFan gene deleted is shown on the left, and the wild type yeast is shown on the right: You are trying to determine a function for an ORFan gene. You hypothesized that the gene may be involved in allowing yeast to carry out their metabolism in the absence of oxygen (a process called fermentation). You take yeast with this ORFan gene deleted and compare their growth in an oxygen-free environment to wild-type yeast using a spread plate assay. In this assay the same number of yeast cells are spread over separate plates using a sterile spreader. The image below shows these
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