Isaac Núñez

This paper describes open educational resources for teaching molecular biology techniques using locally produced reagents, open-source hardware, and free software, demonstrating their effectiveness in remote and low-resource settings.

This paper develops a novel nanobody library assembly technique for targeting IPNv VP2 protein, identifying specific nanobodies with diagnostic potential.

Flapjack is a tool for managing and analyzing genetic circuit data to support the DBTL cycle by organizing measurements and metadata for model parameterization and prediction.

The paper introduces uLoop, a DNA assembly method that enables efficient, hierarchical fabrication of large DNA constructs across any organism.

The paper introduces a method to characterize gene circuit dynamics using phase space and shows that expression rates are context-dependent but follow piecewise linear dynamics.

The paper describes a low-cost, open-source multi-fluorescence imaging system for teaching and research, capable of imaging from single colonies to entire plates.