Difference between revisions of "GlobalLAMP-Paris"

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Quantitative real-time DNA amplification is at the heart of either diagnosing infectious disease or any section of biology research. Use of these devices has been limited due its cost and availability, therefore, refuting to elaborate and end-point methods like gel-electrophoresis. This project will change accessibility and affordability of this device to specially low-income countries either for POC or teaching purposes. Furthermore, the core of the project includes researchers and collaborators from diverse geographical backgrounds, professional expertise and socioeconomic origins, either at the development stage or at the end-user level at the next phases.<br>
 
Quantitative real-time DNA amplification is at the heart of either diagnosing infectious disease or any section of biology research. Use of these devices has been limited due its cost and availability, therefore, refuting to elaborate and end-point methods like gel-electrophoresis. This project will change accessibility and affordability of this device to specially low-income countries either for POC or teaching purposes. Furthermore, the core of the project includes researchers and collaborators from diverse geographical backgrounds, professional expertise and socioeconomic origins, either at the development stage or at the end-user level at the next phases.<br>
 
<br>
 
<br>
Participants<br>
+
'''Participants'''<br>
 
- Francisco Javier Quero<br>
 
- Francisco Javier Quero<br>
 
- Urs Gaudenz (Switzerland)<br>
 
- Urs Gaudenz (Switzerland)<br>

Revision as of 10:54, 9 June 2022

GlobalLAMP Paris

GlobalLAMPSticker.png

Collaborative Developement of Isothermal Amplification & Devices
June 11. - 19, 2022 Paris

Scope of the Project:
Quantitative real-time DNA amplification is at the heart of either diagnosing infectious disease or any section of biology research. Use of these devices has been limited due its cost and availability, therefore, refuting to elaborate and end-point methods like gel-electrophoresis. This project will change accessibility and affordability of this device to specially low-income countries either for POC or teaching purposes. Furthermore, the core of the project includes researchers and collaborators from diverse geographical backgrounds, professional expertise and socioeconomic origins, either at the development stage or at the end-user level at the next phases.

Participants
- Francisco Javier Quero
- Urs Gaudenz (Switzerland)
- Fernan & Boris (Chile) - Ganga Chinna Rao Devarapu
- Harry Akligoh (Ghana)
- Smitha S Hegde (remote)
- Marc Dusseiller (remote / Indonesia)
- Shingo Hisakawa (remote Japan)

Programm

- Opening evening
- Kick-off presentation? by who? Quick intro by all participants?
- Food & Drinks? Cooking together?

   

Social Events
- Social events1-2 day of visiting to other local communities
- Visiting to other local communities
- Visit a Hackerspace / FabLab / OpenLab in Paris
- Social evening with music and beers

More:
One day of lectures
Other GOSH communities
Public / broadcasted event
Seeed and some of the production companies?

Workshops
-Show and tell (bring your prototypes)
-Technologies hand’s on (qPCR, LAMP, fluorescence detection, synthesisers
-Future outlook session (where do we want to go with our project / applications / specifications)
-Field trip (going out to nature) to test devices / protocols in the field