N.XT Portfolio
Startup Metrics
94 Employees | 30 Products | $94.7M Funds Raised
As of FY2026, in aggregate across startups.
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Investment Stage: Company Funding Year: 2026 Faculty: Samuel I. Stupp Regenerative peptide technology that stimulates collagen and elastin production for next-generation skincare products. |
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Investment Stage: Company Funding Year: 2026 Faculty: Mohamed Abazeed AI-powered tumor segmentation platform designed to make cancer treatment planning faster and more precise. |
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Investment Stage: Company Funding Year: 2026 Faculty: Sonbinh T. Nguyen Graphene oxide barrier coating that provides a PFAS-free alternative for food packaging. |
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Investment Stage: Company Funding Year: 2025 Faculty: Riad Salem Developing a novel device to improve percutaneous drain securement. |
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Investment Stage: Company Funding Year: 2025 Faculty: Yosi Kratish & Tobin Marks Novel catalysts that drive true circularity for nylon and polyester chemical recycling. |
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Investment Stage: Company Funding Year: 2024 Faculty: Igor Efimov & John Rogers Next-generation organ-conformal bioelectronics for diagnosing and treating heart diseases. |
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Investment Stage: Company Funding Year: 2024 Faculty: Thomas Meade Novel class of bioresponsive contrast agents for monitoring physiological changes in live tissues via magnetic resonance imaging. |
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Investment Stage: Company Funding Year: 2023 Faculty: Vinayak Dravid Nanostructure coating for economic, efficient, and eco-friendly removal of oil and other contaminants from water. |
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Investment Stage: Company Funding Year: 2022 Faculty: Nathan Gianneschi A cleaner, safer, PPD-free hair dye based on synthetic melanin. |
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Investment Stage: Company Funding Year: 2022 Faculty: Josh Leonard Breakthrough gene delivery technologies combining synthetic biology, engineering, and extracellular vesicles. |
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Investment Stage: Company Funding Year: 2022 Faculty: Danielle Tullman-Ercek Cost-effective, microbial protein production platform that secretes high-purity, soluble, correctly folded recombinant proteins out of the cell in a single step. |
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Investment Stage: Technology Funding Year: 2021 Faculty: Theresa Brancaccio & John Rogers A mobile app for calculating vocal load and helping busy voice users monitor their vocal health. |
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Investment Stage: Technology Funding Year: 2021 Faculty: Spencer Striker An interactive digital platform that brings engaging history lessons to middle and high school students. In 2024, the startup History Adventures was spun out of this technology. |
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Investment Stage: Technology Funding Year: 2021 Faculty: Nichole Pinkard A unified data system that tracks youth participation, achievement, and activity outside the classroom and aims to democratize access to afterschool activities. |
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Investment Stage: Technology Funding Year: 2021 Faculty: Michael Horn Online platform for creating music through the Python programming language with the goal of broadening participation in computing. In 2022, the startup Eccentric Orbit was spun out of this technology. |
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Investment Stage: Company Funding Year: 2020 Faculty: Julius Lucks & Michael Jewett (former NU faculty) Cell-free biosensors that enable rapid, low-cost solutions for the on-site detection of pathogens and chemical contaminants. |
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Investment Stage: Company Funding Year: 2019 Faculty: Chad Mirkin High-throughput 3D printing technologies that enable printing of large objects at unparalleled speeds from a wide range of consumer and industrial grade plastics. |
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Investment Stage: Company Funding Year: 2019 Faculty: John Rogers Noninvasive, wireless, wearable thermal sensor for assessing the flow of cerebrospinal fluid in hydrocephalus patients and monitoring ventricular shunt function. |
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Investment Stage: Company Funding Year: 2018 Faculty: Ruchi Gupta All-natural scalp treatment for reducing inflammation and restoring the balance of the scalp and skin microbiome. |
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Investment Stage: Company Funding Year: 2017 Faculty: Vadim Backman Innovative sample preparation technology for enhanced cancer diagnosis. |
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Investment Stage: Technology Funding Year: 2017 Faculty: Mark Hersam Advanced graphene coating technology for lithium-ion cathode materials that boosts battery performance by 10x. |
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Investment Stage: Technology Funding Year: 2016 Faculty: Richard Silverman & Hande Ozdinler First-in-class small molecule therapeutics that inhibit protein aggregation and improve the health of upper motor neurons in ALS other neurodegenerative diseases. |
