Hugheslab - Revision history

Michael E Hughes at 16:01, 8 January 2013

2013-01-08T16:01:41Z

←Older revision		Revision as of 16:01, 8 January 2013
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	Our laboratory studies circadian rhythms as a model to better understand how the nervous system regulates		Our laboratory studies circadian rhythms as a model to better understand how the nervous system regulates
-	behavior and physiology. We are especially interested in uncovering the ~~molecular~~ mechanisms	+	behavior and physiology. We are especially interested in uncovering the mechanisms
-	driving ~~rhythms of~~ gene expression and determining how these molecular ~~rhythms~~ ultimately influence	+	driving gene expression rhythms and determining how these molecular oscillations ultimately influence
-	physiological rhythms. We use a combination of approaches, including behavioral neuroscience, genetics,	+	physiological rhythms. We use a combination of approaches, including ''behavioral neuroscience'', ''molecular biology'', ''genetics'',
-	genomics, and bioinformatics.	+	''genomics'', and ''bioinformatics''.
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-	[[Image:UMSL_logo.jpg\|left\|100px]]~~<br>~~	+	[[Image:UMSL_logo.jpg\|left\|100px]]
	<p style="font-size: 150%;">		<p style="font-size: 150%;">
		+	Hughes Lab<br>
	[http://www.umsl.edu/~biology/ Department of Biology]<br>		[http://www.umsl.edu/~biology/ Department of Biology]<br>
	University of Missouri, St. Louis<br>		University of Missouri, St. Louis<br>
	(Starting in August, 2013)		(Starting in August, 2013)

2013-01-08T02:38:36Z

2013-01-08T02:38:07Z

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2013-01-08T02:37:52Z

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2013-01-08T02:37:37Z

←Older revision		Revision as of 02:37, 8 January 2013
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2013-01-08T02:37:20Z

←Older revision		Revision as of 02:37, 8 January 2013
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-	Our ~~lab~~ studies circadian rhythms as a model to better understand how the nervous system regulates	+	Our laboratory studies circadian rhythms as a model to better understand how the nervous system regulates
	behavior and physiology. We are especially interested in uncovering the molecular mechanisms		behavior and physiology. We are especially interested in uncovering the molecular mechanisms
-	driving rhythms of gene expression, and determining how these molecular rhythms ultimately influence	+	driving rhythms of gene expression and determining how these molecular rhythms ultimately influence
	physiological rhythms. We use a combination of approaches, including behavioral neuroscience, genetics,		physiological rhythms. We use a combination of approaches, including behavioral neuroscience, genetics,
	genomics, and bioinformatics.		genomics, and bioinformatics.

2013-01-08T02:34:04Z

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	Our lab studies circadian rhythms as a model to better understand how the nervous system regulates		Our lab studies circadian rhythms as a model to better understand how the nervous system regulates

2013-01-08T02:32:41Z

←Older revision		Revision as of 02:32, 8 January 2013
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	Our lab studies circadian rhythms as a model to better understand how the nervous system regulates		Our lab studies circadian rhythms as a model to better understand how the nervous system regulates
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2013-01-08T02:32:10Z

←Older revision		Revision as of 02:32, 8 January 2013
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	Our lab studies circadian rhythms as a model to better understand how the nervous system regulates		Our lab studies circadian rhythms as a model to better understand how the nervous system regulates
	behavior and physiology. We are especially interested in uncovering the molecular mechanisms		behavior and physiology. We are especially interested in uncovering the molecular mechanisms
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2013-01-08T02:31:10Z

←Older revision		Revision as of 02:31, 8 January 2013
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		+	}
	Our lab studies circadian rhythms as a model to better understand how the nervous system regulates		Our lab studies circadian rhythms as a model to better understand how the nervous system regulates
	behavior and physiology. We are especially interested in uncovering the molecular mechanisms		behavior and physiology. We are especially interested in uncovering the molecular mechanisms