2020-07-009 - OptiPad - Optical Pad [multi-phase index-matching system] for Optical Microscopy

OptiPad is a new system to circumvent conventional liquid immersion media, used with immersion objective lenses on optical microscopes, and their drawbacks, especially in applications such as high content screenings. It proposes a solution to overcome many of the problems associated with using immersion media with objective lenses, and to enable a new paradigm in multiscale microscopy. It can allow longer working distances without losing resolution (bigger samples can be analysed) and improves the technical hurdles of true high throughput when referring to high content screenings.

Acronim & Gínjol codes

ACRONYM

OptiPad

2020-07-009

Main technology offer

New system to circumvent conventional liquid immersion media. Enable a new paradigm in multiscale microscopy

Public Partners

Centres CERCA List
Other Public Agents

Readiness Level

1-2 Research /
3-4 Experimental PoC /
5 Prototype /
6-7 MVP /
8 Industrialization /
9 Commercialization

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1-First Canvas / 2-Market Analysis / 3-First Validation / 4-MVP / 5-Market Fit / 6-Validate Sales / 7-Final MPV / 8-Validate Business Model / 9-Key Metrics

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1-Market hypothesis / 2-Basic Market / 3-PoC / 4-Target Customer / 5- Customer Validation / 6-Launchable MVP / 7-Customer feedback / 8-Scale product-service / 9-Sustainable business

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Impact: ESG & SDG Goals

Sustainable Development Goals

IRB Barcelona adheres to the 3 pillars of ESG, environmental, social and governance, to perform all of their projects with the highest standards

Optical Pad aims to facilitate the use of high content screenings in drug discovery, thus contribuiting, to accelerate the drug discovery process

Market Data

Problem: The use of conventional liquid immersion media, used with immersion objective lenses on optical microscopes to improve resolution are not compatible with the technical requirements of high content screenings. Solution: OptiPad overcomes many of the problems associated with using immersion media with objective lenses, and to enable a new paradigm in multiscale microscopy. It can allow longer working distances without losing resolution (bigger samples can be analysed) and improves the technical hurdles of true high throughput when referring to high content screenings.

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Licencing or co-development

Better resolution systems, especially for high-content screentings.

DeepTech Area

Funding

Funding for consumables to develop different prototypes (multiwell plates, foils, resins for 3D printers).

Microscope manufacturers developing systems for high content screening.

Technology Status

Possibility of achieving the high resolution of “immersion objectives” using standard "dry-lenses".

Adaptation to the optical configuration of each manufacturer.

In case the project is resumed and new IP generated, one will prepare an updated business case.

Patent abandoned

Different optimised configurations are being developed and tested

Additional information

It can allow longer working distances without losing resolution (bigger samples can be analysed). Improves the technical hurdles of true high throughput when referring to high content screenings