Monolithic Bubble Trap with Partitioned Inner Chamber for Roburst Operation of Microfluidic Systems

Author

• Bhavagyna Vegunta, San Jose State UniversityFollow
• Charmaine Lui, San Jose State UniversityFollow
• Max S. Kim, San Jose State UniversityFollow
• Joshua Tran, San Jose State UniversityFollow
• Maya Papez, San Jose State UniversityFollow
• Anand K. Ramasubramanian, San Jose State UniversityFollow
• Sang Joon John Lee, San Jose State UniversityFollow

Publication Date

Winter 2024

Degree Type

Dataset

Department

Mechanical Engineering

Associated Publication

Bhavagyna Vegunta, Charmaine Lui, Max Kim, Joshua Tran, Maya Papez, Anand K. Ramasubramanian, Sang-Joon John Lee; Orientation-independent bubble trap with internal partition for robust operation of microfluidic systems. Lab Chip 2025; 25 (14): 3423–3429. https://doi.org/10.1039/d4lc01060d

Abstract

This data set includes experimental flow rate recordings in comma-separated values (CSV) files, fluorescence microscopy images of endothelial cells as TIF images, and orientation parameters for cell nuclei from the same images in spreadsheet (XLSX) files. These data files are in support of documenting the performance of a novel bubble trap designed by the authors, as described in the associated publication. File names in this data set correspond to figures in the associated publication.

DOI

10.31979/mybn-rkdh

Recommended Citation

Bhavagyna Vegunta, Charmaine Lui, Max S. Kim, Joshua Tran, Maya Papez, Anand K. Ramasubramanian, and Sang Joon John Lee. "Monolithic Bubble Trap with Partitioned Inner Chamber for Roburst Operation of Microfluidic Systems" Data (2024). https://doi.org/10.31979/mybn-rkdh