Revolutionary Multiplexing Capabilities: Parse Biosciences Unveils Evercode WT Mega Kits

Revolutionary Feature Expansion in Evercode WT Mega Kits

Parse Biosciences, recognized for its innovations in single cell sequencing technology, has made headlines with the recent update to its Evercode™ WT Mega Kit. This major enhancement allows researchers to analyze an impressive 384 samples and up to 1 million cells simultaneously in just a single run. With these advancements, the door opens wider to high-throughput studies, fostering further exploration in genomic research.

Empowering High-Throughput Research

Single cell technologies have come a long way; however, a common challenge still faced by researchers is the capacity to process vast numbers of samples and cells at once. The new capabilities of the Evercode WT Mega Kit equip scientists with the essential tools needed for substantial drug screening, genetic screenings, and experiments over varying timelines. This newfound efficiency paves the way for innovative discoveries, making the research journey a smoother and more productive endeavor.

Streamlining Workflows and Enhancing Discoveries

The ability to screen 1 million cells across 384 samples within a single experiment represents a significant leap in operational workflows. No longer constrained, researchers can push the boundaries of what's possible in laboratories worldwide. This leap not only accelerates discovery but also enhances experimentation reliability.

Integration with Evercode Low Input Fixation

In addition to its exceptional capabilities, the Evercode WT Mega Kit also gains substantial momentum when used alongside the Evercode™ Low Input Fixation. This combination proves invaluable, especially when working with rare samples that demand careful handling. Researchers can now explore multiple conditions and replicates, even when the cell input is limited, thus broadening the scope of their experiments.

Advancing Scientific Progress

According to Charlie Roco, Co-founder and CTO of Parse Biosciences, the introduction of this functionality marks a significant advancement for the scientific community. By providing unprecedented access to mass sample and cell analysis, Parse aims to facilitate explorations in new areas like drug discovery and functional genomics among others. The tools now available are set to transform the landscape of scientific inquiry.

About Parse Biosciences

Parse Biosciences’ commitment to enhancing human health and advancing scientific research is at the core of its mission. The company enables researchers to perform single cell sequencing with remarkable efficiency, leading to pivotal discoveries in various fields such as cancer treatment, tissue regeneration, and stem cell research, among others.

Innovative Technologies and Solutions

Founded on cutting-edge technology developed at the University of Washington, Parse, under the leadership of co-founders Alex Rosenberg and Charles Roco, has successfully secured over $100 million in funding. Today, it proudly serves a clientele exceeding 2,000 customers globally through its diverse suite of products, including Evercode™ Whole Transcriptome and advanced data analysis solution, Trailmaker™.

Future Developments

Recently, Parse Biosciences expanded its operational capacity by relocating to a new headquarters in Seattle, equipped with a modern laboratory. This move not only strengthens its operational framework but also signals a robust outlook for the company as it continues to innovate and lead in the realm of life sciences. Aspiring researchers and professionals interested in exploring more about Parse can easily access rich information through their website.

Frequently Asked Questions

What is the new capability of the Evercode WT Mega Kit?

The Evercode WT Mega Kit now allows the analysis of up to 384 samples and 1 million cells in a single run, enhancing high-throughput research capabilities.

How does the Evercode WT Mega Kit benefit researchers?

This kit streamlines workflows and facilitates new discoveries in drug screening, genetic screening, and time-course experiments by enabling the evaluation of a larger number of samples simultaneously.

What is the significance of integrating the Low Input Fixation?

Integrating it with the Evercode WT Mega Kit allows researchers to effectively work with limited cell numbers, which is particularly useful for handling rare samples while conducting rigorous experiments.

Who are the co-founders of Parse Biosciences?

Parse Biosciences was co-founded by Alex Rosenberg and Charles Roco, who also developed the underlying technology at the University of Washington.

Where is Parse Biosciences located?

The company is based in Seattle, Washington, where it has recently expanded into a new headquarters complete with a state-of-the-art laboratory.

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