Julian Lucas Lamanna

Title: Innovations by Julian Lucas Lamanna

Introduction

Julian Lucas Lamanna is a notable inventor based in Toronto, Canada. He has made significant contributions to the field of digital microfluidics, holding two patents that showcase his innovative approach to cellular analysis and filtration techniques.

Latest Patents

Lamanna's latest patents include a "System for identifying and targeting individual cells within a heterogeneous population for selective extraction of cellular content." This system utilizes a digital microfluidic device equipped with hydrophilic sites for cell reception, an imaging system for identifying targeted cells, and a pulsed laser source for lysing those cells to produce lysate. The control system coordinates the entire process, ensuring precise execution of each step involved in the extraction.

Another significant patent is titled "Methods for the filtration of small-volume heterogeneous suspensions in a digital microfluidic device." This patent describes two techniques for processing liquids using electrostatic actuation through solid, porous media. The first technique allows for the filtering and recovery of particles based on size, while the second technique enables the direct loading of liquid media onto a solid porous medium for efficient filtration. These methods have promising implications for diagnostic applications in digital microfluidics.

Career Highlights

Julian Lucas Lamanna is affiliated with the University of Toronto, where he continues to advance research in digital microfluidics. His work is characterized by a commitment to innovation and practical applications in the field of cellular analysis.

Collaborations

Lamanna collaborates with esteemed colleagues, including Aaron Ray Wheeler and Christopher Alvin Dixon, contributing to a dynamic research environment that fosters innovation and discovery.

Conclusion

Julian Lucas Lamanna's contributions to digital microfluidics through his patents reflect his dedication to advancing scientific knowledge and technology. His work has the potential to significantly impact diagnostic applications and cellular research.