mrs entrepreneurship challenge: lab-on-chip sensor technology presented on december 6, 2005
DESCRIPTION
Entrepreneurship Challenge Scientists and business students will form “virtual teams” to develop a 12-slide PowerPoint presentation Scientists and business students will form “virtual teams” to develop a 12-slide PowerPoint presentation Present startup technology to a panel of venture capitalist judges at 2006 MRS spring meeting Present startup technology to a panel of venture capitalist judges at 2006 MRS spring meeting The grand prize is $3,000 The grand prize is $3,000 See for more information See for more informationhttp://www.mrs.org/entrepreneur/index.htmlTRANSCRIPT
MRS MRS Entrepreneurship Entrepreneurship
Challenge: Lab-on-Challenge: Lab-on-chip Sensor chip Sensor TechnologyTechnologyPresented on December 6, Presented on December 6,
2005 2005
Team BackgroundTeam Background Rachel Weaver, BME, MT Rachel Weaver, BME, MT Ryan Dempsey, BME, MTRyan Dempsey, BME, MT Charles Bloom, BME, MTCharles Bloom, BME, MT John Richardson, BME, EconomicsJohn Richardson, BME, Economics
Experienced in BioMEMsExperienced in BioMEMs Peter Shanahan, BME, MathematicsPeter Shanahan, BME, Mathematics
Experienced in BioMEMsExperienced in BioMEMs
Entrepreneurship Entrepreneurship ChallengeChallenge
Scientists and business students will form Scientists and business students will form “virtual teams” to develop a 12-slide PowerPoint “virtual teams” to develop a 12-slide PowerPoint presentation presentation
Present startup technology to a panel of venture Present startup technology to a panel of venture capitalist judges at 2006 MRS spring meetingcapitalist judges at 2006 MRS spring meeting
The grand prize is $3,000 The grand prize is $3,000 See See http://http://www.mrs.org/entrepreneur/index.htmlwww.mrs.org/entrepreneur/index.html
for more informationfor more information
BioMEMs TechnologyBioMEMs Technology BioMEMs: Biological micro-BioMEMs: Biological micro-
electromechanical systemselectromechanical systems Uses photolithography and soft-Uses photolithography and soft-
lithographylithography Miniaturized device potentialMiniaturized device potential
Single cell reactionsSingle cell reactions Multiple experiments per chipMultiple experiments per chip In vitro apparatus simulates in vivo In vitro apparatus simulates in vivo
cellular environmentcellular environment
Clark Oxygen SensorClark Oxygen Sensor anode & anode &
cathode cathode submersed in submersed in an electrolytic an electrolytic fluid fluid
Linear Linear relationship relationship between [Obetween [O22] ] and current and current producedproduced
Market potentialMarket potential Biological Biological
applicationsapplications Cell culturesCell cultures
Chemical Chemical applicationsapplications Chemical reaction Chemical reaction
costcost Pharmaceutical Pharmaceutical
usesuses Drug efficacyDrug efficacy
Project CostProject Cost 2” by 2” mask will cost roughly $600 2” by 2” mask will cost roughly $600
We will only use a fraction of the maskWe will only use a fraction of the mask Each design iteration will run Each design iteration will run
between $50 and $100 between $50 and $100 ~4-6 design iterations depending on ~4-6 design iterations depending on
timetime Includes 35 mm film costsIncludes 35 mm film costs
<$100 on office supplies, paper, etc. <$100 on office supplies, paper, etc.
TimelineTimeline
IWB Problem Formulation IWB Problem Formulation and Brainstorming Chartand Brainstorming Chart
ReferencesReferences Fabrication of miniature Clark oxygen sensor Fabrication of miniature Clark oxygen sensor
integrated with microstructureintegrated with microstructure Ching-Chou Wu, Tomoyuki Yasukawa, Hitoshi Shiku, Ching-Chou Wu, Tomoyuki Yasukawa, Hitoshi Shiku,
Tomokazu MatsueTomokazu Matsue http://www.bme.vanderbilt.edu/srdesign/2005/group25/http://www.bme.vanderbilt.edu/srdesign/2005/group25/
272_sdarticle.pdf272_sdarticle.pdf A BioMEMS Review: MEMS Technology for A BioMEMS Review: MEMS Technology for
Physiologically Integrated DevicesPhysiologically Integrated Devices AMY C. RICHARDS GRAYSON, REBECCA S. SHAWGO, AMY C. RICHARDS GRAYSON, REBECCA S. SHAWGO,
AUDREY M. JOHNSON, NOLAN T. FLYNN, YAWEN LI, AUDREY M. JOHNSON, NOLAN T. FLYNN, YAWEN LI, MICHAEL J. CIMA, AND ROBERT LANGERMICHAEL J. CIMA, AND ROBERT LANGER
http://www.bme.vanderbilt.edu/srdesign/2005/group25/http://www.bme.vanderbilt.edu/srdesign/2005/group25/BioMEMS_review.pdfBioMEMS_review.pdf