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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(Created 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.:...) |
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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 | |||
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Revision as of 09:32, 4 March 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
340,000.0 zloty
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492,000.0 zloty
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85.0 percent
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2 September 2019
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11 December 2020
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CORRESCOPY MICHAŁ DYKAS
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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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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)
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Identifiers
POIR.02.03.02-18-0018/19
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