Springer Nature Best Oral Award
The MicroTAS Conference is pleased to announce the Best Oral Award sponsored by The Microsystems & Nanoengineering/Springer Nature to recognize the four best oral presentations at the MicroTAS Conference.
Selection Process
Based on the grading conducted by the TPC and ETPC, 12 oral presentations delivered by students or young researchers (post-doctoral level) will be considered as finalists for this award. These papers will be evaluated by a small committee consisting of members of the CBMS board and the ETPC, to identify the four winners. These talks will be evaluated by a small committee consisting of members of the CBMS board and ETPC to identify the winners.
The Winners Will Receive
- $1000 for 1st Place; $500 for 2nd - 4th Place
- An award certificate sent electronically
- Formal recognition on the last day of the meeting
Past Winners
MicroTAS 2022 Conference, Hangzhou, China and Virtual
First Place
MAGNETICALLY ACTUATED GLAUCOMA DRAINAGE DEVICE FOR REGULATING INTRAOCULAR PRESSURE AFTER IMPLANTATION
Inês C.F. Pereira
Eindhoven University of Technology, NETHERLANDS
Runners-Up
FREESTANDING, MULTILAYERED AND BIOMIMETIC VASCULATURE-ON-A-CHIP MODEL BY 3D-PRINTED POROUS MOLD
Terry Ching
Singapore University of Technology and Design, SINGAPORE
SCALABLE BACTERIAL ELECTROPORATION ENABLED BY A LOW COST, FABRICATION-FREE, DISPOSABLE MICROFLUIDIC DEVICE
Po-Hsun Huang
Massachusetts Institute of Technology, USA
A HIGH-THROUGHPUT MULTIPLEXED MICROFLUIDIC DEVICE FOR COVID-19 SEROLOGY ASSAYS
Roberto Rodriguez-Moncayo
Cinvestav, MEXICO
MicroTAS 2021 Conference, Palm Springs, USA
First Place
SELECTIVE EXTRACTION OF BIOMOLECULES USING A BIDIRECTIONAL FLOW FILTER
Vesna Bacheva
IBM Research Europe, SWITZERLAND
Runners-Up
FREESTANDING, MULTILAYERED AND BIOMIMETIC VASCULATURE-ON-A-CHIP MODEL BY 3D-PRINTED POROUS MOLD
Terry Ching
Singapore University of Technology and Design, SINGAPORE
SCALABLE BACTERIAL ELECTROPORATION ENABLED BY A LOW COST, FABRICATION-FREE, DISPOSABLE MICROFLUIDIC DEVICE
Po-Hsun Huang
Massachusetts Institute of Technology, USA
A HIGH-THROUGHPUT MULTIPLEXED MICROFLUIDIC DEVICE FOR COVID-19 SEROLOGY ASSAYS
Roberto Rodriguez-Moncayo
Cinvestav, MEXICO