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LabAdviser/Technology Research/Direct write lithography on MLAs for fabrication of carbon micro tips: Difference between revisions

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*Partners involved: ''Leo Foundation and Gentoffe Hospital''
*Partners involved: ''Leo Foundation and Gentoffe Hospital''
*Project start: ''2019-01-01''
*Project start: ''2019-01-01''
*Thesis: link to the thesis in orbit
*DTU Orbit: [https://orbit.dtu.dk/en/publications/carbon-based-microsensors Carbon Based Microsensors]


==Project description==
==Project description==
''This project is a part of InstaPatch project that belong to Associate Professor Stephan Sylvest Keller. In this part, the fabrication process for pyrolytic carbon microneedles will be developed by direct write lithography technique. The final microneedle structure will have a sharp tip with atleast 400um in height. After fabrication, the microneedle will be characterized in penetration properties and be ready to be used as electrochemical sensor for histamine sensing.''
''This project is a part of InstaPatch project that belong to Associate Professor Stephan Sylvest Keller. In this part, the fabrication process for pyrolytic carbon microneedles will be developed by direct write lithography technique. The final microneedle structure will have a sharp tip with atleast 400um in height. After fabrication, the microneedle will be characterized in penetration properties and be ready to be used as electrochemical sensor for histamine sensing.''
==Publications==
===Name of publication 1 made in this project===
Reference and link to the publication
*[[/Process flow form|Process flow(s) relevant to this publication including links to Process development made in connection to this publication this is describes in either LabAdviser or Process2Share]]
===Name of publication2 made in this project===
Reference and link to the publication
*[[/Process flow form|Process flow(s) relevant to this publication including links to Process development made in connection to this publication this is describes in either LabAdviser or Process2Share]]
===Name of publication3 made in this project===
Reference and link to the publication
*[[/Process flow form|Process flow(s) relevant to this publication including links to Process development made in connection to this publication this is describes in either LabAdviser or Process2Share]]

Latest revision as of 16:56, 27 May 2025

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Carbon Based Microsensors

  • Project type: Ph.D thesis
  • Project responsible: Long Quang Nguyen
  • Supervisors: Stephan Sylvest Keller
  • Partners involved: Leo Foundation and Gentoffe Hospital
  • Project start: 2019-01-01
  • DTU Orbit: Carbon Based Microsensors

Project description

This project is a part of InstaPatch project that belong to Associate Professor Stephan Sylvest Keller. In this part, the fabrication process for pyrolytic carbon microneedles will be developed by direct write lithography technique. The final microneedle structure will have a sharp tip with atleast 400um in height. After fabrication, the microneedle will be characterized in penetration properties and be ready to be used as electrochemical sensor for histamine sensing.

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