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» Automated, high-throughput worm surgery!
Auckland Microfab
Automated, high-throughput worm surgery!
Automated, high-throughput worm surgery! Why? C. elegans (the worms) are a great model for neural circuitry – by removing (ablating) specific connections in the neural circuits (with the laser) you can study the effect of each component. Previous work was limited by the low population numbers that could be evaluated in the short lifetime of the worms. This work integrates a microfluidic system with laser ablation, video microscopy and automation to process hundreds of worms per hour.
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Affiliations
- School of Chemical Sciences
- University of Auckland Photon Factory
- University of Auckland Microscale Research Group
- Polymer Electronics Research Centre
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Links
- The MacDiarmid Foundation
- The University of Canterbury Nanofab
- Victoria University Cleanroom Facility
- Maurice Wilkins Centre
- UniServices
- Callaghan Innovation
- Ministry of Business, Innovation, and Employment
- University of Auckland Biomimetics Laboratory