Fernán Federici

FluOpti enables programmable optogenetics and multi-fluorescence imaging across whole petri dishes to study spatial gene network dynamics in bacterial colonies.

The paper detects Cryptosporidium parvum in invasive beavers in southern Tierra del Fuego, Chile, highlighting their potential role as zoonotic pathogen reservoirs.

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.

qByte is an open-source, affordable fluorimeter that performs reliable biological tests in various settings, validated through real-world applications.

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

The paper studies spatial patterns in synthetic gene networks in E. coli colonies using statistical mechanics models and simulations, finding power-law scaling and anti-correlations.

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 introduces Loop assembly, a method for efficiently and parallelly constructing large DNA circuits using two Type IIS restriction endonucleases and standardised parts.

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.