Press

Miroculus delivers assay flexibility and automation capacity in an affordable digital microfluidics platform, enabling seamless workflow integration from novel molecular protocols to data analytics.

 

MicroTAS Poster 2019

Jorge Soto, 29th Oct 2019

A Versatile Microfluidic Platform for Automating Complex Biological and Chemical Protocols.

ASHG Poster 2019

Jorge Soto, 24th Oct 2019

A versatile microfluidic platform for NGS library preparation enables multi-omics studies for a broad range of research samples and laboratory settings.

Miroculus to Present Latest Developments of Automated NGS Library Prep at ASHG 2019 Demonstrating automation of the most complex protocols

Jorge Soto, 14th Oct 2019

Miroculus, Inc. today announced it is presenting results of NGS (next-generation sequencing) library prep automation performed using its proprietary Miro Technology, at the American Society of Human Genetics Meeting.

Miroculus Announces First Results of Automated NGS Library Prep Utilizing Aeros™ Technology at AGBT 2019

Jorge Soto, 10th Oct 2019

Via Business Wire Results show improved results for PCR-free libraries. March 01, 2019 07:00 AM Eastern Standard Time SAN FRANCISCO–(BUSINESS WIRE)–Miroculus, Inc. today announced it is presenting, alongside researchers from the Broad Institute of MIT and Harvard, the first results of NGS (next-generation sequencing) library prep performed.

AGBT 2019 Poster

Jorge Soto, 10th Oct 2019

The aeros technology reproducibly generated PCR-Free libraries in less time, with less DNA input, and 1⁄3 the reagent volume. On sequencer, these libraries outperformed those made with Broad’s standard automated plate-based method.

GRC 2019 Poster Alternative

Jorge Soto, 4th Jun 2019

Herein we have demonstrated that digital microfluidics is a versatile alternative to current technologies that can be utilized when performing microscale high throughput experimentation.

This technology holds great promise for the design of a “lab-on-a-chip” that would enable efficient synthesis of libraries of compounds in an automated fashion with a compact physical footprint.

GRC 2019 Poster

4th Jun 2019

Herein we have demonstrated that digital microfluidics is a versatile alternative to current technologies that can be utilized when performing microscale high throughput experimentation.

This technology holds great promise for the design of a “lab-on-a-chip” that would enable efficient synthesis of libraries of compounds in an automated fashion with a compact physical footprint.

 

At Miroculus our mission is to advance science and improve lives faster, together.