Fluent is bringing the power of high quality single-cell biology to every laboratory by providing scalable, cost-effective, and easy to implement scRNA-seq solutions
Bringing scalable single cell analysis to your laboratory
Fluent’s breakthrough technology enables powerful single cell analysis in every laboratory without the use of complex instrumentation, so you can focus on advancing your research instead of managing expensive technology. Our Single Cell RNA products for 3’ gene expression offer flexible, cost-effective and complete workflow solutions from cell capture through data analysis that is perfect for studies across cancer, immunology, neuroscience and infectious disease.
PIPseq provides significant advantages in experimental flexibility, design of time-course studies, and accommodating small cell input required for our model system.
Michael Verzi
Professor, Department of Genetics at Rutgers State University, New Jersey
The ease with which we have been able to generate large numbers of single-cells for challenging neuronal samples is amazing. Sequencing quality, including genes detected, doublet errors, and mitochondrial contamination levels are exceptional, and on par with other methods, and I have no doubt that PIPseq will be an impactful addition to the laboratory repertoire for any researcher.
Dr. Shane Liddelow
Assistant Professor, Department of Neuroscience at NYU Langone, New York City
We required a single-cell RNA-seq platform with a simple workflow suitable for rapid analysis of clinical specimens, that scales from small to large numbers of cells, and meets our data quality metrics. Tissues analyzed using the T2 and T20 kits have exceeded our expectations.
Dr. Zev Gartner
Professor of Pharmaceutical Chemistry at the University of California, San Francisco
Fluent Technology
Fluent’s novel Particle-Templated Instant Partitions (PIPseq™) technology enables near-instantaneous self-assembly of individual cells or molecules into millions of uniform partitions without the need for complex instrumentation or microfluidic consumables. It enables extremely sensitive and unbiased preparation of proteins and nucleic acids for sequencing applications such as single cell RNA sequencing (scRNA-Seq). The workflow begins with prepared cell suspensions from which target mRNA is captured (sample prep) and processed into libraries (library prep) for sequencing (by NGS) and data analysis.
