← Older revision

Revision as of 04:48, 11 October 2013

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:After 9 hours- Dim Red

:

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:7) Genes X and Y were transcribed similarly in that they increased in hour 3, and decreased through hour 5 and 9.

+

:'''7)''' Genes X and Y were transcribed similarly in that they increased in hour 3, and decreased through hour 5 and 9.

:

−

:9) Most spots would be yellow because

+

:'''9)''' Most spots would be yellow because

:

−

:10) Over the course of the experiment, the TEF4 site went from yellow in OD3.7 to green in OD6.9 showing that it was repressed. TEF4 is a translation elongation factor, and needs energy from glucose metabolism to drive its function. As the cell gets less nutrition, the cell reduces translation, resulting in a lower amount of TEF4.

+

:'''10) '''Over the course of the experiment, the TEF4 site went from yellow in OD3.7 to green in OD6.9 showing that it was repressed. TEF4 is a translation elongation factor, and needs energy from glucose metabolism to drive its function. As the cell gets less nutrition, the cell reduces translation, resulting in a lower amount of TEF4.

:

−

:11) TCA cycle genes would be induced as glucose runs out because the cell no longer has the materials to run excess cell activities. The TCA cycle genes would repress unnecessary cell activity, and maintain necessary activity.

+

:'''11)''' TCA cycle genes would be induced as glucose runs out because the cell no longer has the materials to run excess cell activities. The TCA cycle genes would repress unnecessary cell activity, and maintain necessary activity.

:

−

:12) The cell could ensure that enzymes of the same pathway are simultaneously induced or repressed by using the same set of transcription factors for all genes in the pathway.

+

:'''12)''' The cell could ensure that enzymes of the same pathway are simultaneously induced or repressed by using the same set of transcription factors for all genes in the pathway.

:

−

:13) You would see red on the DNA chip if the repressor gene was deleted because transcription would be greater in the experimental condition.

+

:'''13)''' You would see red on the DNA chip if the repressor gene was deleted because transcription would be greater in the experimental condition.

:

−

:14) I would expect to see red if the the transcription factor Yap1p was overexpressed.

+

:'''14)''' I would expect to see red if the the transcription factor Yap1p was overexpressed.

:

−

:15) Yes, because the loss of a repressor or over-expression of an inducer could increase transcription of a down stream repressor, which could decrease overall transcription.

+

:'''15)''' Yes, because the loss of a repressor or over-expression of an inducer could increase transcription of a down stream repressor, which could decrease overall transcription.

:

−

:16) I would want to see yellow control spots for this type of experiment because there should be no change between control and experimental groups. I could verify if a gene had been overexpressed if the color showed up green after normalization. I could tell if a gene was completely deleted because it would show up black or bright red on the microarray chip.

+

:'''16)''' I would want to see yellow control spots for this type of experiment because there should be no change between control and experimental groups. I could verify if a gene had been overexpressed if the color showed up green after normalization. I could tell if a gene was completely deleted because it would show up black or bright red on the microarray chip.

+

[[User:Lena|Lena]] ([[User talk:Lena|talk]]) 21:48, 10 October 2013 (PDT)

← Older revision		Revision as of 05:06, 11 October 2013
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	[[User:Lena\|Lena]] ([[User talk:Lena\|talk]]) 21:48, 10 October 2013 (PDT)		[[User:Lena\|Lena]] ([[User talk:Lena\|talk]]) 21:48, 10 October 2013 (PDT)
		+
		+	p.s. I somehow missed that this was due yesterday at midnight and did not see the notice until today when I went to work on the assignment.

← Older revision		Revision as of 05:05, 11 October 2013
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−		+	:'''5.)''' [[Image:GRAPHlena.png\|Graph]]
−		+	:
	:'''6b) Gene X:'''		:'''6b) Gene X:'''
	:		:

Lena Week 7 - Revision history

Lena: Finished

Lena at 05:05, 11 October 2013

Lena: questions

@@ Line 22: / Line 22: @@
 :After 9 hours- Dim Red
+:
-:7) Genes X and Y were transcribed similarly in that they increased in hour 3, and decreased through hour 5 and 9.
+:'''7)''' Genes X and Y were transcribed similarly in that they increased in hour 3, and decreased through hour 5 and 9.
+:
-:9) Most spots would be yellow because
+:'''9)''' Most spots would be yellow because
+:
-:10) Over the course of the experiment, the TEF4 site went from yellow in OD3.7 to green in OD6.9 showing that it was repressed. TEF4 is a translation elongation factor, and needs energy from glucose metabolism to drive its function.  As the cell gets less nutrition, the cell reduces translation, resulting in a lower amount of TEF4.
+:'''10) '''Over the course of the experiment, the TEF4 site went from yellow in OD3.7 to green in OD6.9 showing that it was repressed. TEF4 is a translation elongation factor, and needs energy from glucose metabolism to drive its function.  As the cell gets less nutrition, the cell reduces translation, resulting in a lower amount of TEF4.
+:
-:11) TCA cycle genes would be induced as glucose runs out because the cell no longer has the materials to run excess cell activities.  The TCA cycle genes would repress unnecessary cell activity, and maintain necessary activity.
+:'''11)''' TCA cycle genes would be induced as glucose runs out because the cell no longer has the materials to run excess cell activities.  The TCA cycle genes would repress unnecessary cell activity, and maintain necessary activity.
+:
-:12) The cell could ensure that enzymes of the same pathway are simultaneously induced or repressed by using the same set of transcription factors for all genes in the pathway.
+:'''12)''' The cell could ensure that enzymes of the same pathway are simultaneously induced or repressed by using the same set of transcription factors for all genes in the pathway.
+:
-:13) You would see red on the DNA chip if the repressor gene was deleted because transcription would be greater in the experimental condition.
+:'''13)''' You would see red on the DNA chip if the repressor gene was deleted because transcription would be greater in the experimental condition.
+:
-:14) I would expect to see red if the the transcription factor Yap1p was overexpressed.
+:'''14)''' I would expect to see red if the the transcription factor Yap1p was overexpressed.
+:
-:15) Yes, because the loss of a repressor or over-expression of an inducer could increase transcription of a down stream repressor, which could decrease overall transcription.
+:'''15)''' Yes, because the loss of a repressor or over-expression of an inducer could increase transcription of a down stream repressor, which could decrease overall transcription.
+:
-:16) I would want to see yellow control spots for this type of experiment because there should be no change between control and experimental groups. I could verify if a gene had been overexpressed if the color showed up green after normalization.  I could tell if a gene was completely deleted because it would show up black or bright red on the microarray chip.
+:'''16)''' I would want to see yellow control spots for this type of experiment because there should be no change between control and experimental groups. I could verify if a gene had been overexpressed if the color showed up green after normalization.  I could tell if a gene was completely deleted because it would show up black or bright red on the microarray chip.