Technology

Discover scalable, instrument-free single cell sequencing technology from Parse Bioscience

Technology Overview


Resources

Explore our collection of resources to learn more about technology and its applications from leading researchers

Resources Overview

Company

Providing researchers single cell sequencing with unprecedented scale and ease

About Parse

Single cell in conversation

Customer interviews, single cell sequencing tips and tricks, and the latest updates from Parse Biosciences. 

Getting Started with scRNA-seq: Post-Sequencing Data Analysis

Learn key steps and best practices for analyzing single cell RNA-sequencing data with meaningful insights from processing FASTQ files to thorough quality control checks and…

Read more

Getting Started with scRNA-seq: Library Preparation, QC and Sequencing

Best practices and considerations for library preparation for single cell, library sequencing, and sequencing quality control (QC). Learn about the proper methods to help maximize…

Read more

Getting Started with scRNA-seq: Experimental Design and Sample Preparation

Key considerations for single-cell RNA-seq design: applications, challenges, and practical tips. Learn to prepare cell/nuclei suspensions from diverse samples for optimal scRNA-seq results.

Read more

Mastering Single Cell RNA-Seq Data Analysis: From Novice to Expert with Trailmaker

Learn single-cell RNA-seq data analysis with our free, comprehensive course. Master Trailmaker™ and unlock the potential of your scRNA-seq data without coding skills.

Read more

Revolutionizing Medical Research: The Critical Role of Diverse Animal Models with scRNA-seq Technology

Animal testing to advance human health is a complex and often controversial topic, but it remains a crucial aspect of medical research. 

Read more

The Power of Dual Characterization: Single Cell RNA and Immune Repertoire Sequencing

To accelerate and optimize immunotherapies, researchers increasingly use single cell RNA sequencing (scRNA-seq) to examine the transcriptomics of individual immune cells.

Read more

Unlocking the Power of Multi-Omics Biology through Data Science

Multi-omics biology is deeply rooted in data science.

Read more

The Why and How of scRNA-Seq – A Guide for Beginners

ScRNA-Seq technology allows researchers to examine cell heterogeneity within a tissue to identify rare cell populations.

Read more

Exploring the Frontiers of Prion Research: A Q&A with Emmanuelle Vire, Ph.D.

We recently sat down with Dr. Vire to discuss the current state of her research, particularly CJD.

Read more

Top Grant Proposal Writing Tips from a Grant Reviewer

Learn the secrets of successful grant proposal writing from Dr. Manuela Martins-Green, a seasoned grant reviewer.

Read more

Top Grant Proposal Writing Tips from a Grant Reviewer

Learn the secrets of successful grant proposal writing from Dr. Manuela Martins-Green, a seasoned grant reviewer.

Read more

Writing a Successful Single Cell RNA Sequencing Grant Proposal

To support scRNA-Seq grant writing, consider these tips when authoring a grant proposal.

Read more

It’s Always Grant Season in Science

Competition for grant opportunities has never been more intense. Understanding what grant reviewers look for is essential for success.

Read more

Unlocking the Power of Multi-Omics Biology through Data Science

Multi-omics biology is deeply rooted in data science.

Read more

Exploring the Frontiers of Prion Research: A Q&A with Emmanuelle Vire, Ph.D.

We recently sat down with Dr. Vire to discuss the current state of her research, particularly CJD.

Read more

Using scRNA-Seq to Analyze the Effects of Lung Inflammation in SARS-Cov-2 Patients

Imagine that as a young scientist you saw a formerly fatal illness become treatable. Now, imagine that major contributors to this groundbreaking result become your…

Read more

Overcoming Obstacles in Differential RNA Isoform Expression at Single Cell Resolution

One common trait among scientists is that if there is no path forward, they will create one. This is what PhD student Elisabeth Rebboah did…

Read more

Investigating the Role of APOE in COVID-19 Mortality

The arrival of SARS-CoV-2 in early 2020 changed the work environment for most of us. While we were collectively getting used to social distancing, empty…

Read more

A Closer Look at Chromatin’s Role in Cancer Using Single Cell RNA-Seq

What causes cancer? A prevalent narrative is that a mutation in one or more critical genes causes a cell to start growing uncontrollably, eventually forming…

Read more

Alzheimer’s Disease Research: Using Single Cell RNA-Seq to Better Understand the Brain

June is Alzheimer’s and Brain Awareness Month. It is an opportunity to encourage discussions about dementia and other neurodegenerative diseases. Alzheimer’s disease (AD), the most…

Read more

Mastering Single Cell RNA-Seq Data Analysis: From Novice to Expert with Trailmaker

Learn single-cell RNA-seq data analysis with our free, comprehensive course. Master Trailmaker™ and unlock the potential of your scRNA-seq data without coding skills.

Read more

Revolutionizing Medical Research: The Critical Role of Diverse Animal Models with scRNA-seq Technology

Animal testing to advance human health is a complex and often controversial topic, but it remains a crucial aspect of medical research. 

Read more

The Power of Dual Characterization: Single Cell RNA and Immune Repertoire Sequencing

To accelerate and optimize immunotherapies, researchers increasingly use single cell RNA sequencing (scRNA-seq) to examine the transcriptomics of individual immune cells.

Read more

Publication Trends of Single Cell RNA Sequencing Research

Cells profiled in each publication double every year. Experimental size is growing at a break-neck pace, demanding increased attention on experimental design and technology selection.…

Read more

7 Things to Consider When Preparing a Cell Suspension for scRNA-Seq

For many biologists, happy cells = happy life. In single cell RNA-sequencing (scRNA-Seq), a high quality cell or nuclei suspension is a primary driver for success.

Read more