# Nanolive \- A complete solution for your label\-free live cell imaging > Nanolive’s automated label\-free live cell imaging and analysis solutions\. Our AI\-powered digital assays enable analysis of our unique high content data\. Generated by Yoast SEO v27.9, this is an llms.txt file, meant for consumption by LLMs. ## Pages - [Webinars and Product Launch Events](https://www.nanolive.com/resources/webinars-and-product-launch-events/) - [Thank you \- enquire now form](https://www.nanolive.com/typ/enquire-now/) - [Company](https://www.nanolive.com/about/company/) - [Form: LCA \- LIVE Cytotoxicity Assay product flyer](https://www.nanolive.com/form/live-cytotoxicity-assay-flyer/) - [Form: Drug Delivery one pager](https://www.nanolive.com/form/drug-delivery-one-pager/) ## Posts - [Simplifying drug delivery assessment: Industry perspectives](https://www.nanolive.com/simplifying-drug-delivery-assessment-industry-perspectives/): Optimization of drug delivery systems can become slow, resource intensive, and reliant on incomplete information\. With one assay, Nanolive monitors the complete dynamics of drug delivery, reducing phototoxicity from labels and helping teams identify where delivery succeeds or fails\. - [Webinar \- Investigating nanoparticle delivery with label\-free live cell imaging](https://www.nanolive.com/investigating-nanoparticle-delivery-with-label-free-live-cell-imaging/): Watch our latest webinar, where Elizabeth Nelson shares research performed at the MIT Koch Institute for Integrative Cancer Research, demonstrating a live\-cell imaging workflow to quantify the dynamic uptake of nanoparticles\.\.\. - [Seminar \- Label\-Free Live Cell Analysis: Applications in Cancer Cell Death and Immune Engineering](https://www.nanolive.com/label-free-live-cell-analysis-applications-in-cancer-cell-death-and-immune-engineering/): Discover how label\-free live cell imaging is transforming the way we study cell behavior, delivering quantitative, real\-time insights without dyes or labels, in this seminar co\-hosted by Nanolive and the Nanowell Cytometry Platform\. - [Move beyond endpoints with dynamic EC50](https://www.nanolive.com/move-beyond-endpoints-with-dynamic-ec50/): Discover case study data for a dynamic approach to monitoring EC50 to gain more accurate insights into drug function\. - [Ferroptosis and CAR\-T Engineering: Research from MIT](https://www.nanolive.com/ferroptosis-and-car-t-engineering-research-from-mit/): Discover live cell imaging data highlights from a seminar at MIT and register for Nanolive’s latest data walkthrough for liquid tumor analysis\. ## Projects - [Die Cell, die fast\!](https://www.nanolive.com/project/die-cell-die-fast/) - [T Cell interacting with antigen presenting cell](https://www.nanolive.com/project/t-cell-interacting-with-antigen-presenting-cell/) - [Fixed human sperm, trying to find an egg](https://www.nanolive.com/project/another-project/) - [Live lymph node fibroblast, just hanging out](https://www.nanolive.com/project/project-4/) - [Live lymph node fibroblast, just hanging out](https://www.nanolive.com/project/project-3/) ## Cell Viewer Entries - [Fibroblast FRC 2](https://www.nanolive.com/cellviewer/fibroblast-frc-2/): https://nanoliveviewer\.s3\.amazonaws\.com/frc2\.html - [Yeast](https://www.nanolive.com/cellviewer/yeast/): https://nanoliveviewer\.s3\.amazonaws\.com/yeast\.html - [Fibroblast](https://www.nanolive.com/cellviewer/fibroblast/): https://nanoliveviewer\.s3\.amazonaws\.com/fibroblast\.html ## Publications - [Polarization Gratings Aided Common\-Path Hilbert Holotomography for Label\-Free Lipid Droplets Content Assay](https://www.nanolive.com/publication/polarization-gratings-aided-common-path-hilbert-holotomography-for-label-free-lipid-droplets-content-assay/) - [Metabolic rewiring caused by mitochondrial dysfunction promotes mTORC1\-dependent skeletal aging](https://www.nanolive.com/publication/metabolic-rewiring-caused-by-mitochondrial-dysfunction-promotes-mtorc1-dependent-skeletal-aging/) - [Sphingolipid synthesis maintains nuclear membrane integrity and genome stability during cell division](https://www.nanolive.com/publication/sphingolipid-synthesis-maintains-nuclear-membrane-integrity-and-genome-stability-during-cell-division/) - [Depigmenting topical therapy based on a synergistic combination of compounds targeting the key pathways involved in melasma pathophysiology](https://www.nanolive.com/publication/depigmenting-topical-therapy-based-on-a-synergistic-combination-of-compounds-targeting-the-key-pathways-involved-in-melasma-pathophysiology/) - [New Chalcone\-Derived Molecule for the Topical Regulation of Hyperpigmentation and Skin Aging](https://www.nanolive.com/publication/new-chalcone-derived-molecule-for-the-topical-regulation-of-hyperpigmentation-and-skin-aging/) ## Categories - [BIOnews](https://www.nanolive.com/category/bionews/) - [Popular Science](https://www.nanolive.com/category/popular-science/) - [News](https://www.nanolive.com/category/news/) - [Events](https://www.nanolive.com/category/events/) ## Tags - [microbiology](https://www.nanolive.com/tag/microbiology/) - [reproduction](https://www.nanolive.com/tag/reproduction/) - [nanoparticles](https://www.nanolive.com/tag/nanoparticles/) - [pharmacology](https://www.nanolive.com/tag/pharmacology/) - [r](https://www.nanolive.com/tag/r/) ## Type - [layout](https://www.nanolive.com/layout_type/layout/) - [section](https://www.nanolive.com/layout_type/section/) - [module](https://www.nanolive.com/layout_type/module/) - [row](https://www.nanolive.com/layout_type/row/) ## Module Width - [regular](https://www.nanolive.com/module_width/regular/) - [fullwidth](https://www.nanolive.com/module_width/fullwidth/) ## Scope - [not\_global](https://www.nanolive.com/scope/not_global/) - [global](https://www.nanolive.com/scope/global/) ## Project Categories - [Projects](https://www.nanolive.com/project_category/projects/) - [Jobs](https://www.nanolive.com/project_category/jobs/) ## Years - [2013](https://www.nanolive.com/nl_publication_year/2013/) - [2016](https://www.nanolive.com/nl_publication_year/2016/) - [2017](https://www.nanolive.com/nl_publication_year/2017/) - [2018](https://www.nanolive.com/nl_publication_year/2018/) - [2019](https://www.nanolive.com/nl_publication_year/2019/) ## Applications - [Cosmetics](https://www.nanolive.com/publication-application/cosmetics/) - [Ageing](https://www.nanolive.com/publication-application/ageing/) - [Single cell characterization](https://www.nanolive.com/publication-application/single-cell-characterization/) - [Drug discovery](https://www.nanolive.com/publication-application/drug-discovery/) - [Mitochondria and cell metabolism](https://www.nanolive.com/publication-application/mitochondria-and-cell-metabolism/) ## Types - [Peer reviewed publication](https://www.nanolive.com/publication-type/peer-reviewed-publication/) - [Application Note](https://www.nanolive.com/publication-type/application-note/) - [Pre\-print](https://www.nanolive.com/publication-type/pre-print/) ## Relevances - [Featured](https://www.nanolive.com/publication-relevance/featured/) ## Optional - [Sitemap index](https://www.nanolive.com/sitemap_index.xml)