Biomicrofluidics Best Paper Award

The MicroTAS Conference is pleased to announce the Best Paper Award sponsored by AIP Publishing - Biomicrofluidics to recognize the three best papers submitted to the MicroTAS Conference.

Best Paper Award - Selection Process
Based on the grading conducted by the TPC and ETPC, the top ~25 papers submitted 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 three winners.

The Winners Will Receive

• A $1,000 Honorarium
• An award certificate sent electronically
• Formal recognition on the last day of the meeting

If you have questions, please contact Cherie Schleifer at cshleifer@aip.org.

Past Winners

MicroTAS 2023 Conference, Katowice, POLAND

VASCULARIZED MULTI-COMPOSITION TUMOR ARRAY BIOPRINTED ON A MICROFLUIDIC CELL CULTURE AND DRUG SCREENING SYSTEM FOR MULTIVARIABLE ANALYSIS
Gihyun Lee, Soo Jee Kim, and Je-Kyun Park
Korea Advanced Institute of Science and Technology (KAIST), KOREA

SPATIOTEMPORALLY GENERATED MICROVORTEXES WEAVE LAMINAR FLOW
Makoto Saito, Niko Kimura, Yoko Yamanishi, and Shinya Sakuma
Kyushu University, JAPAN

MULTI-STEP DROPLET MICROFLUIDIC PLATFORM FOR HIGH-CONTENT SINGLE-CELL SEQUENCING
Tomasz S. Kaminski^1,2, Joachim De Jonghe^2,3, and Florian Hollfelder^2
1University of Warsaw, POLAND, ²University of Cambridge, UK, and ³Francis Crick Institute, UK

MicroTAS 2022 Conference, Hangzhou, China and Virtual

A THREE-DIMENSIONAL ARTIFICIAL INTESTINAL TUBE WITH A CRYPT-LIKE INNER SURFACE FORMED BY ELECTROLYTIC MICROBUBBLES
Shuma Tanaka
Keio University, JAPAN

INTERFERENCE IMAGING AND HIGHLY MULTIPLEXED AFFINITY PROTEOMICS OF SINGLE EXTRACELLULAR VESICLES
Andreas Wallucks
McGill University, CANADA

ULTRA-RAPID ANTIBIOTIC SUSCEPTIBILITY TESTING OF MYCOBACTERIA USING A MICROCHAMBER ARRAY SYSTEM WITH METABOLIC ACTIVITY DETECTION
Petra Jusková
ETH Zürich, SWITZERLAND

MicroTAS 2021 Conference, Palm Springs, USA

AN ORGANOTYPIC INTESTINAL TISSUE-ON-A-CHIP SYSTEM FOR MODELING INNATE IMMUNE RESPONSE TO PARASITE INFECTION
Mouhita Humayan
University of Wisconsin-Madison, USA

COUPLING OF NOVEL, AGE-RELATED FUNCTIONAL DECLINES AND GENE EXPRESSION PATTERNS IN MECHANOSENSATION ENABLED BY MICROFLUIDIC DELIVERY OF ROBUST, PRECISE STIMULI
Jason Wan
Georgia Institute of Technology, USA

SORTING SINGLE-CELLS BASED ON EXTRACELLULAR VESICLE SECRETION USING 3D STRUCTURED MICROPARTICLES
Doyeon Koo
University of California, Los Angeles, USA