Node: ChicagoDeveloper Notes from the Chicago NodeBiochromatic MaterialsModular Integration of Developer Cells into Materials for Color Based Reporting2/1/2026Theophylline-LacZ sensor validation in Nucleus Cytosol5/8/2026TetO-Catecholase sensor validation in Nucleus Cytosol5/8/2026Photopatterned Hydrogels with DevCellsDesign, manufacture, and characterize our biosensing material platforms that house DevCells5/7/2026Double emulsion optimization: inner solution, lipid concentration, and composition4/7/2026Validation of colorimetric reporter sensors in Nucleus Cytosol2/2/2026Colorimetric Sensing Module Development Plan2/2/2026Toehold switch-enabled translation regulation verified in Nucleus CytosolPreliminary testing for pH-responsive DevCell.1/30/2026Environmentally Responsive Materials via Integration of DevCells12/19/2025Matrix Design for Stable Liposomes and Efficient Cell-Free Protein SynthesisDetermination of Matrix Composition to support Liposome Stability and Efficient Cell Free Protein Synthesis12/18/2025Module Development Plan: DevCell-based pH sensorDevCell-based sensor for colorimetric detection of acidic pH.12/18/2025In Vitro Reporter ValidationDevelopment and experimental validation of cytosol reporters.12/12/2025
Biochromatic MaterialsModular Integration of Developer Cells into Materials for Color Based Reporting2/1/2026
Photopatterned Hydrogels with DevCellsDesign, manufacture, and characterize our biosensing material platforms that house DevCells5/7/2026
Toehold switch-enabled translation regulation verified in Nucleus CytosolPreliminary testing for pH-responsive DevCell.1/30/2026
Matrix Design for Stable Liposomes and Efficient Cell-Free Protein SynthesisDetermination of Matrix Composition to support Liposome Stability and Efficient Cell Free Protein Synthesis12/18/2025
Module Development Plan: DevCell-based pH sensorDevCell-based sensor for colorimetric detection of acidic pH.12/18/2025