Development of a new device — a biological feed chamber — flow to the corrective system for observation of biological preparations in micro- and nanoscale. (Q81353): Difference between revisions

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(‎Removed claim: summary (P836): SA 42799 (2015/X) The project involves the development and testing of a new device — a flow/flow chamber for biological applications for the corrective system for the observation of preparations in cells, tissues, micro-organisms in micro- and nanoscale.It also brings the chamber into line with the existing products of the company.The final product will have innovative characteristics that distinguish it from the currently known solutions, i.e...)
Property / summary
SA 42799 (2015/X) The project involves the development and testing of a new device — a flow/flow chamber for biological applications for the corrective system for the observation of preparations in cells, tissues, micro-organisms in micro- and nanoscale.It also brings the chamber into line with the existing products of the company.The final product will have innovative characteristics that distinguish it from the currently known solutions, i.e.:— biocompatibility with living biological materials, allowing short and long-term cultures of cells/tissues/micro-organisms;so far, the company’s products have not been tested for toxicity and lack of toxicity will enable new product audiences in the life sciences sector to be experimented — the functionality, by making it easy to install a breeding chamber on a number of microscope for visualising the life sciences;this will make it possible to conduct correlation observations of live micro-organisms, cells and tissues, which is currently not possible for scientists in the biological, medical and biotechnological sciences;— in addition, the introduction of flow of liquids into the breeding chamber will allow testing of biomechanical tests, such as the influence of forces acting on micro-organisms, cells, etc.;the tests will be possible on a microscope, other than optical microscopes, such as the micro atomic power microscopes or the framework;— a procedure will be developed for the sterilisation of existing products and a newly developed chamber.The innovations introduced will lead to a significant improvement in the quality and applicability of the full corrective system.As a result of the project, the company will offer a unique global product to modern research laboratories with experience in sectors:medicine, biology, biotechnology, medical engineering, biophysics, etc. Estimated demand for a product is at the level of 500 entities in Poland and 50 000 in the world. (English)
 
Property / summary: SA 42799 (2015/X) The project involves the development and testing of a new device — a flow/flow chamber for biological applications for the corrective system for the observation of preparations in cells, tissues, micro-organisms in micro- and nanoscale.It also brings the chamber into line with the existing products of the company.The final product will have innovative characteristics that distinguish it from the currently known solutions, i.e.:— biocompatibility with living biological materials, allowing short and long-term cultures of cells/tissues/micro-organisms;so far, the company’s products have not been tested for toxicity and lack of toxicity will enable new product audiences in the life sciences sector to be experimented — the functionality, by making it easy to install a breeding chamber on a number of microscope for visualising the life sciences;this will make it possible to conduct correlation observations of live micro-organisms, cells and tissues, which is currently not possible for scientists in the biological, medical and biotechnological sciences;— in addition, the introduction of flow of liquids into the breeding chamber will allow testing of biomechanical tests, such as the influence of forces acting on micro-organisms, cells, etc.;the tests will be possible on a microscope, other than optical microscopes, such as the micro atomic power microscopes or the framework;— a procedure will be developed for the sterilisation of existing products and a newly developed chamber.The innovations introduced will lead to a significant improvement in the quality and applicability of the full corrective system.As a result of the project, the company will offer a unique global product to modern research laboratories with experience in sectors:medicine, biology, biotechnology, medical engineering, biophysics, etc. Estimated demand for a product is at the level of 500 entities in Poland and 50 000 in the world. (English) / rank
Normal rank
 

Revision as of 11:59, 14 October 2020

Project in Poland financed by DG Regio
Language Label Description Also known as
English
Development of a new device — a biological feed chamber — flow to the corrective system for observation of biological preparations in micro- and nanoscale.
Project in Poland financed by DG Regio

    Statements

    country
    Poland
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    EU contribution
    340,000.0 zloty
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    81,600.0 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    budget
    400,000.0 zloty
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    96,000.0 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    co-financing rate
    85.0 percent
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    start time
    2 September 2019
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    end time
    11 December 2020
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    beneficiary name (string)
    CORRESCOPY MICHAŁ DYKAS
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    beneficiary
    Q2511882
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    summary
    SA 42799(2015/X) Projekt zakłada opracowanie i testowanie nowego wyrobu - komory hodowlano–przepływowej do aplikacji biologicznych dla systemu korelacyjnej obserwacji preparatów w komórek, tkanek, mikroorganizmów w mikro- i nanoskali. Wiąże się również z dostosowaniem komory do współpracy z istniejącymi produktami firmy. Końcowy produkt będzie miał cechy innowacyjne, wyróżniające go od obecnie znanych rozwiązań, tj.: - biozgodność z żywymi materiałami biologicznymi, umożliwiającą krótko- i długoterminowe hodowle komórek/tkanek/mikroorganizmów; do tej pory, produkty firmy nie były badane pod kątem toksyczności a jej brak umożliwi prowadzanie eksperymentów nowej grupie odbiorców produktu z sektora nauk o życiu, - funkcjonalność, poprzez łatwe instalowanie komory hodowlanej na wielu mikroskopach przeznaczonych do wizualizacji przyżyciowej; umożliwi to prowadzenie obserwacji korelacyjnych żywych mikroorganizmów, komórek i tkanek, co obecnie jest nieosiągalne dla badaczy nauk biologicznych, medycznych i biotechnologicznych; - dodatkowo, wprowadzenie przepływu cieczy do komory hodowlanej umożliwi prowadzanie badań z zakresu biomechaniki, np. wpływu sił ścierających na mikroorganizmy, komórki itp.; badania będą możliwe na mikroskopach innych typów niż mikroskopy optyczne, np. na mikroskopie sił atomowych czy w spektroskopie ramanowskim; - opracowana zostanie procedura sterylizacji istniejących produktów firmy oraz nowo opracowanej komory. Wprowadzone innowacje będą skutkować znacznym podniesieniem jakości i stosowalności całego systemu korelacyjnej obserwacji. W wyniku realizacji projektu firma zaoferuje unikalny produkt na skalę światową skierowany do nowoczesnych laboratoriów badawczych prowadzących doświadczenia w branżach: medycyna, biologia, biotechnologia, inżynieria medyczna, biofizyka itp.Szacowany popyt na produkt kształtuje się na poziomie 500 podmiotów w Polsce oraz 50 000 na świecie (Polish)
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    Identifiers

    Polish Kohesio ID
    POIR.02.03.02-18-0018/19
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