Biopoems:Research: Difference between revisions
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==Microfluidic Devices for Quantitative Biology== | ==Microfluidic Devices for Quantitative Biology== | ||
{| | {| style="margin: 1em auto 1em auto;" | ||
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||[[Image:Open-access-patch-clamp-chip_icon.gif| | | width="75px" |[[Image:Open-access-patch-clamp-chip_icon.gif|75px]]||[http://biopoems.berkeley.edu/publications/adrian-loc-open_access_patch.pdf Patch-clamp Array] | ||
||[[Image:Electroporation-chip_icon.jpg| | | width="75px" |[[Image:Electroporation-chip_icon.jpg|75px]]||[http://biopoems.berkeley.edu/publications/Khine-Electroporation.pdf Single Cell Electroporation Array] | ||
||[[Image:Cell-culture-chip_icon.jpg| | | width="75px" |[[Image:Cell-culture-chip_icon.jpg|75px]]||[http://biopoems.berkeley.edu/publications/philipandpaul.pdf Cell Culture Array] | ||
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||[[Image:Electrochemical-lysis-chip_icon.jpg| | | width="75px" |[[Image:Electrochemical-lysis-chip_icon.jpg|75px]]||[http://biopoems.berkeley.edu/publications/DiCarlo-OHlysis-LabChip2005.pdf Electrochemical Cell Lysis] | ||
||[[Image:Mechanical-lysis-chip_icon.jpg| | | width="75px" |[[Image:Mechanical-lysis-chip_icon.jpg|75px]]||[http://biopoems.berkeley.edu/publications/DiCarlo-mechanical-LabChip2003.pdf Mechanical Cell Lysis] | ||
||Fast Solution Exchange Microfluidic Device | | width="75px" |[[Image:Fast-solution-exchange_icon.jpg|75px]]||[http://biopoems.berkeley.edu/publications/ApplPhysLett_88_183901.pdf Fast Solution Exchange Microfluidic Device] | ||
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||[[Image:Cell-cell-chip_icon.jpg| | | width="75px" |[[Image:Cell-cell-chip_icon.jpg|75px]]||[http://biopoems.berkeley.edu/publications/pjlee-APL%202005.pdf Cell-cell Communication Device] | ||
||[[Image:Single-cell-array_icon.jpg| | | width="75px" |[[Image:Single-cell-array_icon.jpg|75px]]||[http://biopoems.berkeley.edu/publications/dino-loc-dynamic_culture.pdf Large-Scale Single Cell Analysis Chip] | ||
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|} | |} | ||
==Biomolecular Imaging== | ==Biomolecular Imaging== | ||
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*Nanogap Biomolecular Junction | *Nanogap Biomolecular Junction | ||
==Biologically-inspired Devices== | ==Biologically-inspired Devices== | ||
*[[Image:Compound-eye_icon.jpg| | *[[Image:Compound-eye_icon.jpg|75px]] [http://biopoems.berkeley.edu/publications/jeong-science-2006.pdf Artificial Compound Eye] | ||
*Tunable Spherical Retina | *Tunable Spherical Retina | ||
*Microfluidic Doublet Lens Array | *Microfluidic Doublet Lens Array | ||
Latest revision as of 22:18, 11 November 2007
| BioPOETS Lab Wiki | ||||||
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| Home | Protocols | Equipment | Events | Administrative | Contact Us | [Lab Website] |
Microfluidic Devices for Quantitative Biology
Biomolecular Imaging
- Nanocrescent SERS Probes
- Nanogap Biomolecular Junction
Biologically-inspired Devices
Artificial Compound Eye- Tunable Spherical Retina
- Microfluidic Doublet Lens Array
- Microfluidic Tunable Lens
Previous and Completed Work
- Microscale Confocal Imaging Array
- Microarrays of Total Internal Reflection Fluorescent Microscopy
- Electrothermally Activated SU-8 Microgripper for Single Cell Manipulation
- Nanomechanical force gauge
