welcome
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Welcome. What is Engineering World Health at UCSD about? . Providing real world, project-based experience focused on medical technology Partnering with EWH national to help individuals and hospitals in developing countries - PowerPoint PPT PresentationTRANSCRIPT
Welcome
Providing real world, project-based experience focused on medical technology
Partnering with EWH national to help individuals and hospitals in developing countries
Educating engineering students on the growing efforts by UCSD Faculty in both Medicine in Engineering to improve Global Health
What is Engineering World Health at UCSD about?
We are committed to:
Global Health Speaker Series◦ Wednesday, Jan. 25 at 6:30pm, Fung Auditorium◦ Dr. Richard Garfein ◦ Professor of Global Health◦ Extensive overseas experience in infectious
disease Electrosurgery Tester Kit Build Day
◦ Saturday, Feb. 11 in PFBH teaching lab◦ Team-based activity
Summer Program in Tanzania Project Team Meetings
Upcoming Events
Dr. Richard Garfein Mobile technology in
treatment of tuberculosis Wednesday, January 25 at
6:30pm (exactly one week from now)
Fung Auditorium
Slide about next week’s speaker
Hands on soldering and project experience Assemble electrosurgery tester kits from
EWH National Kits used in low resource settings to
diagnose malfunctioning equipment $5 to help cover costs $20 for us to order
Build Day – Feb. 11
EWH Summer Institute Tanzania and Central America One month training, one month work
experience in developing hospitals Learn the language, take technical classes,
get lab experience, work in local hospitals Applications due January 28 http://ewh.org/index.php/programs/institute
s
Duke Summer Program
RNA Extraction TeamJessica Van Allen
Process Lyse blood serum Remove components which hinder PCR Remove salts, proteins, and other cellular
impurities
Challenges Take a process with significant user input
and make it almost completely automated No contamination Durable Easy to Use Inexpensive
Fluid metering system replaces pipettes
Fluid flow system replaces centrifuges
Areas of focus for the quarter:◦ Pressure control system◦ Valve configuration◦ Electronic timing◦ Tubing
Design
Design a pressure control method Identify valve dimensions and configuration Identify material and dimensions for tubing Link system to electronic control
Quarter Goals
Thermocycler TeamJustin Wong, Alexander Lin
Obtain Sample from RNA team Heat Sample & Cool Sample according to
protocol Export product to Gel team
Process
Temperature uniformity Ramp rate (Heating/Cooling everything
quickly) Contamination Cost Durability/Repeatability
Challenges
Design
TEC (thermoelectric cooler) chip optimization
Rough working prototype
Quarter Goals
Gel Electrophoresis Team
Kathryn Gent
Gel Electrophoresis Objectives Qualitatively determine the presence of HIV
in the blood Based on open source designs, build a
functioning gel box for electrophoresis
Process Collect samples from Thermocycler team Load samples into agarose gel Run gel using electrophoresis Analyze gel using DNA dye
Challenges Building a gel box that will accurately run
the gel, but less expensively than a pre-made box
Safer alternatives to ethidium bromide Determining ideal power source based on
electricity standards
Faculty co-advisor: Dr. Melissa Micou Faculty co-advisor: Dr. Juan Lasheras
Get to know us!
Meet The Advisors
ewh.ucsd.edu Click “Contact Us” to join the mailing list! Click “Our Projects” to join the project team! Feel free to email us: [email protected]
[email protected] If you’d like to join one of our project teams
or have more questions, stay after and talk with us
Thank You