CellFE has invented a microfluidic platform capable of analyzing and manipulating single cells for therapeutic applications. Its technology can determine the state of cells, then change that state by using abrupt compressions, which enhance the uptake of biomolecules and nanoparticle probes.
CellFE’s progress in microfluids is a significant improvement to existing tech in the emerging mechanoporation industry. By tuning the compression profile, CellFE has achieved highly uniform and consistent results even for hard-to-deliver molecules like DNA plasmids. Its method of intracellular molecule delivery is unparalleled in delivering large macromolecules and particles with efficiency, throughput and viability.
A current priority for CellFE is to analyze cancer cell transcriptomes and isolate circulating tumor cells in the blood. A second priority is to determine whether fluorescent antibodies can be delivered to tag protein cancer markers in cancer and noncancer cells. Importantly, this test will require the technology to wash unbound antibody from the cell interior, which CellFE has already demonstrated it can do.
CellFE’s existing collaboration with Becton Dickinson will allow a strategic market entry, targeting the area of intracellular probe delivery, with an estimated revenue of $10 million per year. Better methods for intracellular delivery will reduce diagnostic costs and expand the ability to monitor a wide range of diseases.
Company website: CellFE
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CellFE’s progress in microfluids is a significant improvement to existing tech in the emerging mechanoporation industry. By tuning the compression profile, CellFE has achieved highly uniform and consistent results even for hard-to-deliver molecules like DNA plasmids. Its method of intracellular molecule delivery is unparalleled in delivering large macromolecules and particles with efficiency, throughput and viability.
A current priority for CellFE is to analyze cancer cell transcriptomes and isolate circulating tumor cells in the blood. A second priority is to determine whether fluorescent antibodies can be delivered to tag protein cancer markers in cancer and noncancer cells. Importantly, this test will require the technology to wash unbound antibody from the cell interior, which CellFE has already demonstrated it can do.
CellFE’s existing collaboration with Becton Dickinson will allow a strategic market entry, targeting the area of intracellular probe delivery, with an estimated revenue of $10 million per year. Better methods for intracellular delivery will reduce diagnostic costs and expand the ability to monitor a wide range of diseases.
Company website: CellFE
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Location: United States, California, Alameda
Employees: 11-50
Total raised: $30.4M
Founded date: 2018
Investors 7
| Date | Name | Website |
| - | Berkeley S... | skydeck.be... |
| - | Georgia Re... | gra.org |
| - | MBC BioLab... | mbcbiolabs... |
| 01.06.2021 | Creative D... | creativede... |
| - | Dynamk Cap... | dynamk.vc |
| - | Embark Ven... | embark.vc |
| - | Cota Capit... | cotacapita... |
Funding Rounds 3
| Date | Series | Amount | Investors |
| 27.09.2023 | Series A | $22M | - |
| 01.04.2020 | Seed | $4.8M | Dynamk Cap... |
| 16.01.2020 | Seed | $3.6M | Cota Capit... |
Mentions in press and media 9
| Date | Title | Description |
| 12.03.2025 | CellFE Launches First-in-Class T-REST™ Kit to Advance CAR-T Therapy Manufacturing | Portfolio company CellFE has unveiled the T-REST™ Kit, a groundbreaking solution designed to enhance CAR-T therapy manufacturing by improving T-cell fitness and function during cell engineering. This first-in-class kit integrates seamlessly... |
| 27.09.2023 | CellFE Raises $22M in Series A Financing | CellFE Inc., an Alameda, CA-based life sciences tools company developing a microfluidics-based cell engineering platform dedicated to advancing development and manufacturing of advanced cell therapies, closed a $22m Series A financing. The ... |
| 01.04.2020 | Microfluidics Company CellFE Raises $4.8 Million In Seed Funding | CellFE, a company that is developing a microfluidics-based device for delivering gene-editing molecules, announced it raised $4.8 million in Series Seed funding CellFE, a company that is developing a microfluidics-based device for deliverin... |
| 31.03.2020 | CellFE Raises $4.8M in Seed Funding | CellFE, Inc., a San Carlos, CA-based startup developing a microfluidics based device to deliver gene-editing molecules, completed a $4.8m seed round of financing. The round was co-led by Dynamk Capital and Cota Capital with participation fr... |
| 31.03.2020 | Biotech startup CellFE raises $4.8M seed funding to develop microfluidics based device that delivers gene-editing molecules to human cells | CellFE, a San Francisco Bay Area-based biotech startup developing intracellular delivery platform to enable engineering of life-saving therapies, has closed $4.8 million Series Seed round of financing to fuel the progress already underway t... |
| 17.02.2020 | CellFE Raises $3.6M in Seed Round | - |
| 16.01.2020 | CellFE Raises $3.6 Million in Series Seed Round Co-Led by Dynamk Capital and Cota Capital | San Carlos, CA – January 16, 2020 – CellFE, Inc., an innovative startup developing a microfluidics based device to deliver gene-editing molecules, today announced it has raised $3.6 million in an initial Series Seed. The oversubscribed roun... |
| 16.01.2020 | CellFE Raises $3.6M in Seed Funding | CellFE, Inc., a San Carlos, Calif.-based startup developing a microfluidics based device to deliver gene-editing molecules, raised $3.6m in an initial seed funding. The round was co-led by Cota Capital and Dynamk Capital, and joined by Emba... |
| - | CellFE Secures $4.8M Seed Round Funding Co-led by Dynamk Capital and Cota Capital | News provided by Mar 31, 2020, 06:00 ET Share this article SAN CARLOS, Calif., March 31, 2020 /PRNewswire/ -- CellFE, Inc., an innovative startup developing a microfluidics based device to deliver gene-editing molecules, today announced ... |