Luo Lab:Research - Revision history

Ying Luo at 03:46, 23 November 2008

2008-11-23T03:46:34Z

←Older revision		Revision as of 03:46, 23 November 2008
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	Stay tuned!		Stay tuned!
-	~~#REDIRECT [[#REDIRECT [[<sup><sup><sub><sub><sub></sub></sub></sub></sup></sup>]]]]~~

Ying Luo at 03:45, 23 November 2008

2008-11-23T03:45:47Z

←Older revision		Revision as of 03:45, 23 November 2008
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	Stay tuned!		Stay tuned!
		+	#REDIRECT [[#REDIRECT [[<sup><sup><sub><sub><sub></sub></sub></sub></sup></sup>]]]]

Ying Luo at 02:08, 15 August 2007

2007-08-15T02:08:57Z

←Older revision		Revision as of 02:08, 15 August 2007
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	==Projects==		==Projects==

-	~~Please stay~~ tuned!	+	Stay tuned!

Ying Luo at 17:28, 13 August 2007

2007-08-13T17:28:49Z

←Older revision		Revision as of 17:28, 13 August 2007
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	{{Template:Luo Lab}}		{{Template:Luo Lab}}
-

	<div style="padding: 10px; width: 720px">		<div style="padding: 10px; width: 720px">
-
	==About==		==About==

Ying Luo at 17:28, 13 August 2007

2007-08-13T17:28:24Z

←Older revision		Revision as of 17:28, 13 August 2007
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	{{Template:Luo Lab}}		{{Template:Luo Lab}}
		+
		+
		+	<div style="padding: 10px; width: 720px">

	==About==		==About==

-	~~<pre>~~
	Interactions between cells and extracellular matrix (ECM) play pivotal roles in directing		Interactions between cells and extracellular matrix (ECM) play pivotal roles in directing
	cellular and tissue functions. However, due to the ultra complexity of biological systems,		cellular and tissue functions. However, due to the ultra complexity of biological systems,
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	delivery systems for therapeutic compounds/cells to improve treatment outcomes.		delivery systems for therapeutic compounds/cells to improve treatment outcomes.

-	~~</pre>~~

	==Projects==		==Projects==

	Please stay tuned!		Please stay tuned!

Ying Luo at 17:20, 13 August 2007

2007-08-13T17:20:55Z

←Older revision		Revision as of 17:20, 13 August 2007
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	events have been rather limited. By integrating our knowledge in material science and		events have been rather limited. By integrating our knowledge in material science and
	engineering, microfabrication and biology, our research is aimed at generating engineered		engineering, microfabrication and biology, our research is aimed at generating engineered
-	extracellular microenvironment for understanding and controlling cell behavior. Experiments ~~are~~	+	extracellular microenvironment for understanding and controlling cell behavior. Experiments
-	designed to facilitate the analysis and identification of essential extracellular cues, which can be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate biological processes. On one application front, our materials and devices are geared toward controlling stem cell fate and directing stem cell differentiation for use of regenerative medicine. On another application front, it is our interest to build targeted and triggerable delivery systems for therapeutic compounds/cells to improve treatment outcomes.	+	are designed to facilitate the analysis and identification of essential extracellular cues,
		+	which can be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate
		+	biological processes. On one application front, our materials and devices are geared toward
		+	controlling stem cell fate and directing stem cell differentiation for use of regenerative
		+	medicine. On another application front, it is our interest to build targeted and triggerable
		+	delivery systems for therapeutic compounds/cells to improve treatment outcomes.

	</pre>		</pre>

Ying Luo at 17:19, 13 August 2007

2007-08-13T17:19:40Z

←Older revision		Revision as of 17:19, 13 August 2007
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	engineering, microfabrication and biology, our research is aimed at generating engineered		engineering, microfabrication and biology, our research is aimed at generating engineered
	extracellular microenvironment for understanding and controlling cell behavior. Experiments are		extracellular microenvironment for understanding and controlling cell behavior. Experiments are
-	designed to facilitate the analysis and identification of essential extracellular cues, which can	+	designed to facilitate the analysis and identification of essential extracellular cues, which can be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate biological processes. On one application front, our materials and devices are geared toward controlling stem cell fate and directing stem cell differentiation for use of regenerative medicine. On another application front, it is our interest to build targeted and triggerable delivery systems for therapeutic compounds/cells to improve treatment outcomes.
-	be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate biological	+
-	processes. On one application front, our materials and devices are geared toward controlling	+
-	stem cell fate and directing stem cell differentiation for use of regenerative medicine.	+
-	On another application front, it is our interest to build targeted and triggerable delivery	+
-	systems for therapeutic compounds/cells to improve treatment outcomes.	+

	</pre>		</pre>

Ying Luo: /* About */

2007-08-13T15:35:48Z

About

←Older revision		Revision as of 15:35, 13 August 2007
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	our current understanding of cell-ECM processes and our capability to control the relevant		our current understanding of cell-ECM processes and our capability to control the relevant
	events have been rather limited. By integrating our knowledge in material science and		events have been rather limited. By integrating our knowledge in material science and
-	engineering, microfabrication and biology, our research is aimed at ~~designing~~ engineered	+	engineering, microfabrication and biology, our research is aimed at generating engineered
	extracellular microenvironment for understanding and controlling cell behavior. Experiments are		extracellular microenvironment for understanding and controlling cell behavior. Experiments are
	designed to facilitate the analysis and identification of essential extracellular cues, which can		designed to facilitate the analysis and identification of essential extracellular cues, which can

Ying Luo at 15:31, 13 August 2007

2007-08-13T15:31:12Z

←Older revision		Revision as of 15:31, 13 August 2007
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	events have been rather limited. By integrating our knowledge in material science and		events have been rather limited. By integrating our knowledge in material science and
	engineering, microfabrication and biology, our research is aimed at designing engineered		engineering, microfabrication and biology, our research is aimed at designing engineered
-	extracellular microenvironment for understanding and controlling cell behavior. Experiments are designed to facilitate the analysis and identification of essential extracellular cues, which can	+	extracellular microenvironment for understanding and controlling cell behavior. Experiments are
		+	designed to facilitate the analysis and identification of essential extracellular cues, which can
	be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate biological		be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate biological
	processes. On one application front, our materials and devices are geared toward controlling		processes. On one application front, our materials and devices are geared toward controlling

Ying Luo at 15:30, 13 August 2007

2007-08-13T15:30:38Z

←Older revision		Revision as of 15:30, 13 August 2007
Line 9:		Line 9:
	events have been rather limited. By integrating our knowledge in material science and		events have been rather limited. By integrating our knowledge in material science and
	engineering, microfabrication and biology, our research is aimed at designing engineered		engineering, microfabrication and biology, our research is aimed at designing engineered
-	extracellular microenvironment for understanding and controlling cell behavior. ~~This work~~	+	extracellular microenvironment for understanding and controlling cell behavior. Experiments are designed to facilitate the analysis and identification of essential extracellular cues, which can
-	~~can~~ facilitate the analysis and identification of essential extracellular cues, which can	+
	be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate biological		be further applied to 2-D and 3-D artificial systems to monitor, trigger or modulate biological
	processes. On one application front, our materials and devices are geared toward controlling		processes. On one application front, our materials and devices are geared toward controlling