Frankel:Research - Revision history

Daniel Frankel at 16:12, 8 January 2013

Daniel Frankel — Tue, 08 Jan 2013 16:12:04 GMT

←Older revision		Revision as of 16:12, 8 January 2013
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	In order to exploit and engineer biological processes we apply a range of techniques including, genetic engineering, mammalian tissue culture, microfluidics, nanotechnology and engineering. Along the way we are finding out more about biological processes, for example we have measured the thermodynamics of a single protein molecule unfolding and have started to elucidate the role of cell adhesion in muscle tissue formation. These seemingly unrelated processes are both being exploited to attach engineered muscle to a robot with the aim of making it swim under biological power. ''Our main expertise is interfacing biological cells/tissue with machines''.		In order to exploit and engineer biological processes we apply a range of techniques including, genetic engineering, mammalian tissue culture, microfluidics, nanotechnology and engineering. Along the way we are finding out more about biological processes, for example we have measured the thermodynamics of a single protein molecule unfolding and have started to elucidate the role of cell adhesion in muscle tissue formation. These seemingly unrelated processes are both being exploited to attach engineered muscle to a robot with the aim of making it swim under biological power. ''Our main expertise is interfacing biological cells/tissue with machines''.
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	'''<font color=#FFFFFF font size=3>Assembly</font>'''		'''<font color=#FFFFFF font size=3>Assembly</font>'''
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	[[Image:STM.JPG\|thumb\|300px\|right\|'''The cell bioengineering lab''']]		[[Image:STM.JPG\|thumb\|300px\|right\|'''The cell bioengineering lab''']]

Daniel Frankel at 16:09, 8 January 2013

Daniel Frankel — Tue, 08 Jan 2013 16:09:59 GMT

←Older revision		Revision as of 16:09, 8 January 2013
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-	'''<font align="center" font color=#ffffff font size=8>~~_____________~~ </font>''''''<font align="center" font color=#000000 font size=8>~~Lab~~</font>'''	+	'''<font align="center" font color=#ffffff font size=8>__________ </font>''''''<font align="center" font color=#000000 font size=8>Laboratory</font>'''

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	'''<font color=#FFFFFF font size=3>Assembly</font>'''		'''<font color=#FFFFFF font size=3>Assembly</font>'''

-	[[Image:STM.JPG\|thumb\|~~400px~~\|right\|'''The cell bioengineering lab''']]	+	[[Image:STM.JPG\|thumb\|300px\|right\|'''The cell bioengineering lab''']]


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Daniel Frankel at 16:03, 8 January 2013

Daniel Frankel — Tue, 08 Jan 2013 16:03:25 GMT

←Older revision		Revision as of 16:03, 8 January 2013
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	{{Frankel}}		{{Frankel}}
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		+	'''<font align="center" font color=#ffffff font size=8>_____________ </font>''''''<font align="center" font color=#000000 font size=8>Lab</font>'''
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		+	{\| cellspacing="3px"
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		+	\| align="justify" width=400px style="border: 2px solid #000033; background-color:#FFFFFF; padding:1em;" class="plainlinks" valign="top"\|
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-	~~== Lab ==~~
-	~~[[Image:STM.JPG\|thumb\|400px\|right\|'''The cell bioengineering lab''']]~~
-

	In order to exploit and engineer biological processes we apply a range of techniques including, genetic engineering, mammalian tissue culture, microfluidics, nanotechnology and engineering. Along the way we are finding out more about biological processes, for example we have measured the thermodynamics of a single protein molecule unfolding and have started to elucidate the role of cell adhesion in muscle tissue formation. These seemingly unrelated processes are both being exploited to attach engineered muscle to a robot with the aim of making it swim under biological power. ''Our main expertise is interfacing biological cells/tissue with machines''.		In order to exploit and engineer biological processes we apply a range of techniques including, genetic engineering, mammalian tissue culture, microfluidics, nanotechnology and engineering. Along the way we are finding out more about biological processes, for example we have measured the thermodynamics of a single protein molecule unfolding and have started to elucidate the role of cell adhesion in muscle tissue formation. These seemingly unrelated processes are both being exploited to attach engineered muscle to a robot with the aim of making it swim under biological power. ''Our main expertise is interfacing biological cells/tissue with machines''.
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	Facilities for bacteria and yeast genetic engineering <br>		Facilities for bacteria and yeast genetic engineering <br>
	PCR, gel electrophoresis and a complete range of molecular biology techniques <br>		PCR, gel electrophoresis and a complete range of molecular biology techniques <br>
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		+	</div>
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		+	\| align="center" rowspan="2" width=21px style="border: 2px solid #000033; background-color:#ffffff; padding:1em;" valign="top"\|
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		+	'''<font color=#FFFFFF font size=3>Assembly</font>'''
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		+	[[Image:STM.JPG\|thumb\|400px\|right\|'''The cell bioengineering lab''']]
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		+	----

Daniel Frankel at 17:08, 6 November 2012

Daniel Frankel — Tue, 06 Nov 2012 17:08:20 GMT

←Older revision		Revision as of 17:08, 6 November 2012
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-	== ~~Research~~ ==	+	== Lab ==
	[[Image:STM.JPG\|thumb\|400px\|right\|'''The cell bioengineering lab''']]		[[Image:STM.JPG\|thumb\|400px\|right\|'''The cell bioengineering lab''']]

Daniel Frankel: /* Research */

Daniel Frankel — Sun, 30 Oct 2011 20:44:01 GMT

Research

←Older revision		Revision as of 20:44, 30 October 2011
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	== Research ==		== Research ==
-	[[Image:STM.JPG\|thumb\|400px\|right\|'''~~Cyberplasm - A part biological / part machine swimming robot~~''']]	+	[[Image:STM.JPG\|thumb\|400px\|right\|'''The cell bioengineering lab''']]

Daniel Frankel at 20:42, 30 October 2011

Daniel Frankel — Sun, 30 Oct 2011 20:42:46 GMT

←Older revision		Revision as of 20:42, 30 October 2011
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-	== Research ==[[Image:STM.~~jpg~~\|thumb\|400px\|right\|'''Cyberplasm - A part biological / part machine swimming robot''']]	+	== Research ==
		+	[[Image:STM.JPG\|thumb\|400px\|right\|'''Cyberplasm - A part biological / part machine swimming robot''']]

Daniel Frankel: /* Research */

Daniel Frankel — Sun, 30 Oct 2011 20:42:02 GMT

Research

←Older revision		Revision as of 20:42, 30 October 2011
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-	== Research ==	+	== Research ==[[Image:STM.jpg\|thumb\|400px\|right\|'''Cyberplasm - A part biological / part machine swimming robot''']]

Daniel Frankel: /* Research */

Daniel Frankel — Sun, 30 Oct 2011 20:38:38 GMT

Research

←Older revision		Revision as of 20:38, 30 October 2011
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-	In order to exploit and engineer biological processes we apply a range of techniques including, genetic engineering, mammalian tissue culture, microfluidics, nanotechnology and engineering. Along the way we are finding out more about biological processes, for example we have measured the thermodynamics of a single protein molecule unfolding and have started to elucidate the role of cell adhesion in muscle tissue formation. These seemingly unrelated processes are both being exploited to attach engineered muscle to a robot with the aim of making it swim under biological power. Our main expertise is interfacing biological cells/tissue with machines.	+	In order to exploit and engineer biological processes we apply a range of techniques including, genetic engineering, mammalian tissue culture, microfluidics, nanotechnology and engineering. Along the way we are finding out more about biological processes, for example we have measured the thermodynamics of a single protein molecule unfolding and have started to elucidate the role of cell adhesion in muscle tissue formation. These seemingly unrelated processes are both being exploited to attach engineered muscle to a robot with the aim of making it swim under biological power. ''Our main expertise is interfacing biological cells/tissue with machines''.

	'''Equipment in our main lab:'''		'''Equipment in our main lab:'''

Daniel Frankel at 20:37, 30 October 2011

Daniel Frankel — Sun, 30 Oct 2011 20:37:34 GMT

←Older revision		Revision as of 20:37, 30 October 2011
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	{{Frankel}}		{{Frankel}}
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		+	== Research ==
		+
		+
		+	In order to exploit and engineer biological processes we apply a range of techniques including, genetic engineering, mammalian tissue culture, microfluidics, nanotechnology and engineering. Along the way we are finding out more about biological processes, for example we have measured the thermodynamics of a single protein molecule unfolding and have started to elucidate the role of cell adhesion in muscle tissue formation. These seemingly unrelated processes are both being exploited to attach engineered muscle to a robot with the aim of making it swim under biological power. Our main expertise is interfacing biological cells/tissue with machines.
		+
		+	'''Equipment in our main lab:'''
		+
		+	Atomic force microscopy (AFM) <br>
		+	Microfluidics for tissue/fluid flow experiments <br>
		+	Langmuir Blodgett apparatus and lipid extruders for lipid vesicle/bilayer experiments <br>
		+
		+	'''Equipment in the medical school:'''
		+	Tissue culture suite <br>
		+	Fluorescence microscopy <br>
		+
		+	'''Equipment in the centre for bacterial cell biology:'''
		+	Facilities for bacteria and yeast genetic engineering <br>
		+	PCR, gel electrophoresis and a complete range of molecular biology techniques <br>

Daniel Frankel: New page: {{Frankel}}

Daniel Frankel — Sun, 30 Oct 2011 16:40:19 GMT

New page: {{Frankel}}

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