platoseed
Enabling T cell immunotherapy discovery, development and manufacturing
Intracellular delivery is the most problematic step in T cell immunotherapy discovery, development and manufacturing. Indee Labs is developing a non-viral intracellular delivery system based on microfluidic vortex shedding (µVS) to rapidly deliver nucleic acids, proteins and gene editing complexes to patient and donor T cells with minimal perturbation.
Indee Labs develops a non-viral Hydropore technology to rapidly deliver molecules and editing complexes into immune cells, enabling accelerated discovery, development, and manufacturing of engineered cell therapies such as T-cell immunotherapies.
Hydropore is a non-viral platform that utilizes microfluidic vortex shedding (µVS) to deliver small molecules, nucleic acids, proteins, and gene-editing complexes into immune cells. The process is described as simple, scalable, and capable of yielding millions to billions of high-quality cells while preserving viability and function. It bypasses viral transduction and traditional electroporation, supports high-throughput screening, is developed in a regulatory-ready manner, and materials in the flow path are medical-grade. The system is available for Research Use Only, with a clinical system regulated as a tool for biologics manufacturing.
Who it’s for: Biotech and pharma companies focused on T-cell immunotherapies, cell therapy discovery, development, and manufacturing, including researchers and contract manufacturers seeking non-viral cell engineering tools.
Company news and partnerships; product availability for RUO; multiple press releases and collaborations indicating active commercialization and industry engagement
My career aim is to use technology to improve health outcomes. See more on my LinkedIn profile.

Enabling next generation medicines. A comprehensive platform and…

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