{"entity":"Topic","count":9,"items":[{"id":"topic-bioprinting","slug":"bioprinting","name":"Bioprinting","paperIds":["paper-001","paper-004","paper-005","paper-008","paper-009","paper-010","paper-014","paper-015","paper-016","paper-017","paper-018","paper-019","paper-020","paper-021","paper-022","paper-023","paper-024","paper-030","paper-032","paper-037","paper-041","paper-043","paper-044","paper-047","paper-048","paper-052"],"paperSlugs":["001-3d-bioprinting-of-collagen-based-high-resolution-internally-perfusable-scaffolds-for-engineering-fully-biologic-tissue-s","004-a-high-performance-open-source-syringe-extruder-optimized-for-extrusion-and-retraction-during-fresh-3d-bioprinting","005-a-low-cost-open-source-3d-printer-for-multimaterial-and-high-throughput-direct-ink-writing-of-soft-and-living-materials","008-a-versatile-open-source-printhead-for-low-cost-3d-microextrusion-based-bioprinting","009-an-open-source-extrusion-bioprinter-based-on-the-e3d-motion-system-and-tool-changer-to-enable-fresh-and-multimaterial-bi","010-an-open-source-3d-bioprinter-using-direct-light-processing-for-tissue-engineering-applications","014-design-and-implementation-of-a-low-cost-bio-printer-modification-allowing-for-switching-between-plastic-and-gel-extrusio","015-design-and-implementation-of-an-accessible-3d-bioprinter-benchmarking-the-performance-of-a-home-made-bioprinter-against-","016-design-and-validation-of-a-piston-driven-syringe-extrusion-bioprinter-using-an-fdm-frame","017-design-and-validation-of-an-open-hardware-print-head-for-bioprinting-application","018-design-of-an-open-source-low-cost-bioink-and-food-melt-extrusion-3d-printer","019-designing-cost-effective-open-source-multihead-3d-bioprinters","020-development-and-implementation-of-a-significantly-low-cost-3d-bioprinter-using-recycled-scrap-material","021-development-of-a-high-performance-open-source-3d-bioprinter","022-development-of-a-microfluidic-assisted-open-source-3d-bioprinting-system-mos3s-for-the-engineering-of-hierarchical-tissu","023-extrusion-based-bioprinting-in-a-cost-effective-bioprinter","024-fabrication-and-validation-of-an-affordable-diy-coaxial-3d-extrusion-bioprinter","030-nydus-one-syringe-extruder-nose-a-prusa-i3-3d-printer-conversion-for-bioprinting-applications","032-open-source-hybrid-3d-bioprinter-for-simultaneous-printing-of-thermoplastics-and-hydrogels","037-principles-of-computer-controlled-linear-motion-applied-to-an-open-source-affordable-liquid-handler-for-automated-microp","041-srishti-a-custom-built-laser-assisted-3d-bioprinter-for-fabricating-high-resolution-biological-constructs","043-the-enderstruder-an-accessible-open-source-syringe-extruder-compatible-with-ender-series-3d-printers","044-the-biureactor-an-open-source-3d-tissue-research-platform","047-mslab-an-open-source-masked-stereolithography-msla-bioprinter","048-lusobiomaker-a-low-cost-3d-bioprinter-with-multi-extrusion-and-contour-printing-capabilities-for-thermo-and-photocurable","052-a-custom-ultra-low-cost-3d-bioprinter-supports-cell-growth-and-differentiation"],"paperTitles":["3D bioprinting of collagen-based high-resolution internally perfusable scaffolds for engineering fully biologic tissue systems","A high performance open-source syringe extruder optimized for extrusion and retraction during FRESH 3D bioprinting","A Low-Cost, Open-Source 3D Printer for Multimaterial and High-Throughput Direct Ink Writing of Soft and Living Materials","A Versatile Open-Source Printhead for Low-Cost 3D Microextrusion-Based Bioprinting","An open source extrusion bioprinter based on the E3D motion system and tool changer to enable FRESH and multimaterial bioprinting","An Open-Source 3D Bioprinter Using Direct Light Processing for Tissue Engineering Applications","Design and implementation of a low cost bio-printer modification, allowing for switching between plastic and gel extrusion","Design and Implementation of an Accessible 3D Bioprinter: Benchmarking the Performance of a Home-Made Bioprinter against a Professional Bioprinter","Design and Validation of a Piston-Driven Syringe-Extrusion Bioprinter Using an FDM Frame","Design and Validation of an Open-Hardware Print-Head for Bioprinting Application","Design of an Open-Source, Low-Cost Bioink and Food Melt Extrusion 3D Printer","Designing cost-effective open-source multihead 3D bioprinters","Development and implementation of a significantly low-cost 3D bioprinter using recycled scrap material","Development of a high-performance open-source 3D bioprinter","Development of a microfluidic-assisted open-source 3D bioprinting system (MOS3S) for the engineering of hierarchical tissues","Extrusion-Based Bioprinting in a Cost-Effective Bioprinter","Fabrication and validation of an affordable DIY coaxial 3D extrusion bioprinter","Nydus One Syringe Extruder (NOSE): A Prusa i3 3D printer conversion for bioprinting applications","Open-source hybrid 3D-bioprinter for simultaneous printing of thermoplastics and hydrogels","Principles of computer-controlled linear motion applied to an open-source affordable liquid handler for automated micropipetting","Srishti: a custom-built laser-assisted 3D bioprinter for fabricating high-resolution biological constructs","The Enderstruder: An accessible open-source syringe extruder compatible with Ender series 3D printers","The ‘bIUreactor’: an open-source 3D tissue research platform","mSLAb–An open-source masked stereolithography (mSLA) bioprinter","LusoBioMaker: A low-cost 3D bioprinter with multi-extrusion and contour printing capabilities for thermo- and photocurable hydrogels towards complex tissue fabrication","A Custom Ultra-Low-Cost 3D Bioprinter Supports Cell Growth and Differentiation"],"modalities":["Extrusion","FRESH","Direct ink writing","DLP","Vat photopolymerization","Automated pipetting","Laser-assisted"],"aliases":[],"repoIds":["repo-doi-resource-10-5281-zenodo-14975240","repo-doi-resource-10-5281-zenodo-4119127","repo-weiss-jonathan-printess-low-cost-3d-printer","repo-telab","repo-nzfer","repo-centroepiaggio-ipj-bio","repo-doi-resource-10-17632-9rwbkf5p4g-1","repo-doi-resource-10-5281-zenodo-7496012","repo-doi-resource-10-17632-s8bpwp2ryb-1","repo-8c9qr","repo-doi-resource-10-17632-ywb5zdjk5x-1","repo-openliquidhandler-com","repo-doi-resource-10-17605-osf-io-9arym"],"repoSlugs":["doi-resource-10-5281-zenodo-14975240","doi-resource-10-5281-zenodo-4119127","weiss-jonathan-printess-low-cost-3d-printer","telab","nzfer","centroepiaggio-ipj-bio","doi-resource-10-17632-9rwbkf5p4g-1","doi-resource-10-5281-zenodo-7496012","doi-resource-10-17632-s8bpwp2ryb-1","8c9qr","doi-resource-10-17632-ywb5zdjk5x-1","openliquidhandler-com","doi-resource-10-17605-osf-io-9arym"],"toolIds":["tool-lusobiomaker","tool-microextrusion-bioprinter","tool-microextrusion-based-bioprinting-printhead","tool-mslab","tool-nydus-one-syringe-extruder-nose","tool-otto","tool-printess","tool-replistruder-4","tool-srishti","tool-the-biureactor","tool-the-enderstruder"],"toolSlugs":["lusobiomaker","microextrusion-bioprinter","microextrusion-based-bioprinting-printhead","mslab","nydus-one-syringe-extruder-nose","otto","printess","replistruder-4","srishti","the-biureactor","the-enderstruder"],"paperCount":26,"repoCount":13,"toolCount":11},{"id":"topic-liquid-handling","slug":"liquid-handling","name":"Liquid 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3D-Printed Plate Handler for Automated Handling of Well Plates on the Opentrons OT-2","A high performance open-source syringe extruder optimized for extrusion and retraction during FRESH 3D bioprinting","A robot-assisted acoustofluidic end effector","Analytical Measurements and Efficient Process Generation Using a Dual–Arm Robot Equipped with Electronic Pipettes","BioCloneBot: A versatile, low-cost, and open-source automated liquid handler","Commit: Digital pipette: open hardware for liquid transfer in self-driving laboratories","Design and Validation of an Open-Hardware Print-Head for Bioprinting Application","Fabrication and validation of an affordable DIY coaxial 3D extrusion bioprinter","FINDUS: An Open-Source 3D Printable Liquid-Handling Workstation for Laboratory Automation in Life Sciences","Leveraging flexible pipette-based tool changes to transform liquid handling systems into dual-function sample preparation and imaging platforms","Nydus One Syringe Extruder (NOSE): A Prusa i3 3D printer conversion for bioprinting applications","Open-source cell culture automation system with integrated cell counting for passaging microplate cultures","Open-source personal pipetting robots with live-cell incubation and microscopy compatibility","OpenLH: Open Liquid-Handling System for Creative Experimentation with Biology","OpenWorkstation: A modular open-source technology for automated in vitro workflows","Principles of computer-controlled linear motion applied to an open-source affordable liquid handler for automated micropipetting","PyLabRobot: An open-source, hardware-agnostic interface for liquid-handling robots and accessories","Real-time AI-driven quality control for laboratory automation: a novel computer vision solution for the opentrons OT-2 liquid handling robot","Sidekick: A Low-Cost Open-Source 3D-printed liquid dispensing robot","The Enderstruder: An accessible open-source syringe extruder compatible with Ender series 3D printers","Adapting a Low-Cost and Open-Source Commercial Pipetting Robot for Nanoliter Liquid Handling","Technical upgrade of an open-source liquid handler to support bacterial colony screening","Automated Liquid Handler from a 3D Printer","Establishment of low-cost laboratory automation processes using AutoIt and 4-axis robots","EvoBot: An Open-Source, Modular, Liquid Handling Robot for Scientific Experiments","An open-source programmable smart pipette for portable cell separation and counting"],"modalities":["Automation","High-throughput screening","Extrusion","FRESH","Liquid handling","Pipetting/dispensing","Automated pipetting","Liquid dispensing","Imaging integration","Tool changing","Microscopy integration","Workflow automation","Incubation","Control software","Liquid handling (module-based)","Dispensing"],"aliases":[],"repoIds":["repo-robertbolt97-claw-with-ot-2","repo-doi-resource-10-5281-zenodo-4119127","repo-koacwells-bioclonebot","repo-ac-rad-digital-pipette-v2","repo-centroepiaggio-ipj-bio","repo-fbarthels-findus","repo-doi-resource-10-17632-xc5488grcv-3","repo-8c9qr","repo-czbiohub-sf-2024-accs-pub","repo-csdgroup-phil","repo-openlh","repo-sebastianeggert-openworkstation","repo-openliquidhandler-com","repo-pylabrobot-pylabrobot","repo-rodolfokeesey-liquid-handler","repo-doi-resource-10-17605-osf-io-9arym","repo-sysbio-cnb","repo-evobliss-hardware"],"repoSlugs":["robertbolt97-claw-with-ot-2","doi-resource-10-5281-zenodo-4119127","koacwells-bioclonebot","ac-rad-digital-pipette-v2","centroepiaggio-ipj-bio","fbarthels-findus","doi-resource-10-17632-xc5488grcv-3","8c9qr","czbiohub-sf-2024-accs-pub","csdgroup-phil","openlh","sebastianeggert-openworkstation","openliquidhandler-com","pylabrobot-pylabrobot","rodolfokeesey-liquid-handler","doi-resource-10-17605-osf-io-9arym","sysbio-cnb","evobliss-hardware"],"toolIds":["tool-opentrons-ot-2","tool-bioclonebot","tool-commit-digital-pipette","tool-evobot","tool-findus","tool-nydus-one-syringe-extruder-nose","tool-openlh","tool-openworkstation","tool-otto","tool-personal-pipetting-robot","tool-pylabrobot","tool-replistruder-4","tool-sidekick","tool-the-enderstruder"],"toolSlugs":["opentrons-ot-2","bioclonebot","commit-digital-pipette","evobot","findus","nydus-one-syringe-extruder-nose","openlh","openworkstation","otto","personal-pipetting-robot","pylabrobot","replistruder-4","sidekick","the-enderstruder"],"paperCount":26,"repoCount":18,"toolCount":14},{"id":"topic-microfluidics","slug":"microfluidics","name":"Microfluidics","paperIds":["paper-007","paper-029","paper-034","paper-058","paper-060"],"paperSlugs":["007-a-simple-method-of-fabricating-mask-free-microfluidic-devices-for-biological-analysis","029-mask-free-laser-lithography-for-rapid-and-low-cost-microfluidic-device-fabrication","034-open-source-community-driven-microfluidics-with-metafluidics","058-3d-printing-of-individualized-microfluidic-chips-with-dlp-based-printer","060-modular-microfluidic-systems-cast-from-3d-printed-molds-for-imaging-leukocyte-adherence-to-differentially-treated-endoth"],"paperTitles":["A simple method of fabricating mask-free microfluidic devices for biological analysis","Mask-free laser lithography for rapid and low-cost microfluidic device fabrication","Open-source, community-driven microfluidics with Metafluidics","3D Printing of Individualized Microfluidic Chips with DLP-Based Printer","Modular microfluidic systems cast from 3D-printed molds for imaging leukocyte adherence to differentially treated endothelial cultures"],"modalities":[],"aliases":[],"repoIds":["repo-metafluidics-org"],"repoSlugs":["metafluidics-org"],"toolIds":[],"toolSlugs":[],"paperCount":5,"repoCount":1,"toolCount":0},{"id":"topic-microfabrication","slug":"microfabrication","name":"Microfabrication","paperIds":["paper-026","paper-028","paper-045","paper-059"],"paperSlugs":["026-homebrew-photolithography-for-the-rapid-and-low-cost-do-it-yourself-prototyping-of-microfluidic-devices","028-low-cost-versatile-and-highly-reproducible-microfabrication-pipeline-to-generate-3d-printed-customised-cell-culture-devi","045-hydrogel-patterns-in-microfluidic-devices-by-do-it-yourself-uv-photolithography-suitable-for-very-large-scale-integratio","059-melt-electrowriting-of-nylon-12-microfibers-with-an-open-source-3d-printer"],"paperTitles":["Homebrew photolithography for the rapid and low-cost,“Do It Yourself” prototyping of microfluidic devices","Low-cost, versatile, and highly reproducible microfabrication pipeline to generate 3D-printed customised cell culture devices with complex designs","Hydrogel Patterns in Microfluidic Devices by Do-It-Yourself UV-Photolithography Suitable for Very Large-Scale Integration","Melt Electrowriting of Nylon‐12 Microfibers with an Open‐Source 3D Printer"],"modalities":[],"aliases":[],"repoIds":["repo-seriolab-sol3d","repo-epfl-lmis1-lmis1-mewron"],"repoSlugs":["seriolab-sol3d","epfl-lmis1-lmis1-mewron"],"toolIds":["tool-mewron"],"toolSlugs":["mewron"],"paperCount":4,"repoCount":2,"toolCount":1},{"id":"topic-bioreactors-cell-culture","slug":"bioreactors-cell-culture","name":"Bioreactors & Cell Culture","paperIds":["paper-044","paper-049","paper-051"],"paperSlugs":["044-the-biureactor-an-open-source-3d-tissue-research-platform","049-bio-spec-an-open-source-bench-top-parallel-bioreactor-system","051-enhanced-growth-of-bacterial-cells-in-a-smart-3d-printed-bioreactor"],"paperTitles":["The ‘bIUreactor’: an open-source 3D tissue research platform","BIO-SPEC: An open-source bench-top parallel bioreactor system","Enhanced Growth of Bacterial Cells in a Smart 3D Printed Bioreactor"],"modalities":[],"aliases":[],"repoIds":["repo-doi-resource-10-17605-osf-io-39wsb"],"repoSlugs":["doi-resource-10-17605-osf-io-39wsb"],"toolIds":["tool-bio-spec","tool-the-biureactor"],"toolSlugs":["bio-spec","the-biureactor"],"paperCount":3,"repoCount":1,"toolCount":2},{"id":"topic-custom-printer","slug":"custom-printer","name":"Custom Printer","paperIds":["paper-005"],"paperSlugs":["005-a-low-cost-open-source-3d-printer-for-multimaterial-and-high-throughput-direct-ink-writing-of-soft-and-living-materials"],"paperTitles":["A Low-Cost, Open-Source 3D Printer for Multimaterial and High-Throughput Direct Ink Writing of Soft and Living Materials"],"modalities":["Direct ink writing","Extrusion"],"aliases":[],"repoIds":["repo-weiss-jonathan-printess-low-cost-3d-printer"],"repoSlugs":["weiss-jonathan-printess-low-cost-3d-printer"],"toolIds":["tool-printess"],"toolSlugs":["printess"],"paperCount":1,"repoCount":1,"toolCount":1},{"id":"topic-electrospinning","slug":"electrospinning","name":"Electrospinning","paperIds":["paper-003"],"paperSlugs":["003-a-cost-effective-and-open-source-near-field-electrospinning-system-with-a-graphical-user-interface"],"paperTitles":["A cost-effective and open-source near-field electrospinning system with a graphical user interface"],"modalities":[],"aliases":[],"repoIds":["repo-doi-resource-10-17605-osf-io-gk6pc"],"repoSlugs":["doi-resource-10-17605-osf-io-gk6pc"],"toolIds":["tool-low-cost-near-field-electrospinning-nfes-system"],"toolSlugs":["low-cost-near-field-electrospinning-nfes-system"],"paperCount":1,"repoCount":1,"toolCount":1},{"id":"topic-microscopy-imaging","slug":"microscopy-imaging","name":"Microscopy & Imaging","paperIds":["paper-053"],"paperSlugs":["053-teach-your-microscope-how-to-print-low-cost-and-rapid-iteration-microfabrication-for-biology"],"paperTitles":["Teach your microscope how to print: low-cost and rapid-iteration microfabrication for biology"],"modalities":[],"aliases":[],"repoIds":["repo-hinderling-fabscope"],"repoSlugs":["hinderling-fabscope"],"toolIds":[],"toolSlugs":[],"paperCount":1,"repoCount":1,"toolCount":0},{"id":"topic-organ-on-chip","slug":"organ-on-chip","name":"Organ-on-chip","paperIds":["paper-042"],"paperSlugs":["042-starter-a-stand-alone-reconfigurable-and-translational-organ-on-chip-platform-based-on-modularity-and-open-design-princi"],"paperTitles":["STARTER: a stand-alone reconfigurable and translational organ-on-chip platform based on modularity and open design principles"],"modalities":[],"aliases":[],"repoIds":["repo-top-ooc-starter-kit"],"repoSlugs":["top-ooc-starter-kit"],"toolIds":["tool-starter"],"toolSlugs":["starter"],"paperCount":1,"repoCount":1,"toolCount":1}]}