Digital availability of biomolecular resources and descriptive biobanks and the Cathedral of Anthropology of the University of Łódź — characteristics of the population of the current area of Poland in history. E-Czelroak.pl. information platform (Q86976): Difference between revisions
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(Removed claim: summary (P836): Thanks to the huge progress made in the use of molecular biology techniques over the last decades in the fields of life sciences and medicine in broad fields, research centres generate huge amounts of data (big data) of high scientific value every day.Currently, in Poland, the implementation of new bioinformatic solutions, including its scope and facilitating access to scientific data, continues to be an extremely popular practice.The source o...) |
(Created claim: summary (P836): Thanks to the enormous progress made in the use of molecular biology techniques in recent decades in the broadly understood areas of biological and medical sciences, scientific and research centres generate huge amounts of data (big data) of significant scientific value every day. Currently, the implementation of new bioinformatic solutions in Poland, including organising and facilitating access to scientific data, is still not a popular practic...) |
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Thanks to the enormous progress made in the use of molecular biology techniques in recent decades in the broadly understood areas of biological and medical sciences, scientific and research centres generate huge amounts of data (big data) of significant scientific value every day. Currently, the implementation of new bioinformatic solutions in Poland, including organising and facilitating access to scientific data, is still not a popular practice. The source of this problem is the lack of openness of research staff to the process of global digitisation and the economy of sharing, which is closely linked to the specificities of the profession and the rules prevailing in research institutions. In the Great Data Age, therefore, the greatest challenge is not simply to conduct research experiments, but to develop a system of easy data exchange while creating interdisciplinary repositories to formulate solutions that best convey the essence of the problem or phenomenon. Providing scientific resources will increase innovation – it will create a platform aimed at one of the largest audiences – Internet users, contributing to the definition of new and existing standards, significantly increasing the possibilities of reaching such valuable and hard-to-available data. The implementation of the project will increase the amount of publicly available data – seven billion fields of data on the human genome (Polish population on a sample of 6400 people) are waiting to be made available. This collection will be enriched with inventory resources of the Department of Anthropology for digitisation. The scope of digitisation of the skeleton collection from the XI to the beginning of the nineteenth century, derived from five sepulcral archaeological sites, located in the area of Brest Kujawy in Kujawy, will include the acquisition of digital recording of DNA sequences (ancient DNA). (English) | |||||||||||||||
| Property / summary: Thanks to the enormous progress made in the use of molecular biology techniques in recent decades in the broadly understood areas of biological and medical sciences, scientific and research centres generate huge amounts of data (big data) of significant scientific value every day. Currently, the implementation of new bioinformatic solutions in Poland, including organising and facilitating access to scientific data, is still not a popular practice. The source of this problem is the lack of openness of research staff to the process of global digitisation and the economy of sharing, which is closely linked to the specificities of the profession and the rules prevailing in research institutions. In the Great Data Age, therefore, the greatest challenge is not simply to conduct research experiments, but to develop a system of easy data exchange while creating interdisciplinary repositories to formulate solutions that best convey the essence of the problem or phenomenon. Providing scientific resources will increase innovation – it will create a platform aimed at one of the largest audiences – Internet users, contributing to the definition of new and existing standards, significantly increasing the possibilities of reaching such valuable and hard-to-available data. The implementation of the project will increase the amount of publicly available data – seven billion fields of data on the human genome (Polish population on a sample of 6400 people) are waiting to be made available. This collection will be enriched with inventory resources of the Department of Anthropology for digitisation. The scope of digitisation of the skeleton collection from the XI to the beginning of the nineteenth century, derived from five sepulcral archaeological sites, located in the area of Brest Kujawy in Kujawy, will include the acquisition of digital recording of DNA sequences (ancient DNA). (English) / rank | |||||||||||||||
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| Property / summary: Thanks to the enormous progress made in the use of molecular biology techniques in recent decades in the broadly understood areas of biological and medical sciences, scientific and research centres generate huge amounts of data (big data) of significant scientific value every day. Currently, the implementation of new bioinformatic solutions in Poland, including organising and facilitating access to scientific data, is still not a popular practice. The source of this problem is the lack of openness of research staff to the process of global digitisation and the economy of sharing, which is closely linked to the specificities of the profession and the rules prevailing in research institutions. In the Great Data Age, therefore, the greatest challenge is not simply to conduct research experiments, but to develop a system of easy data exchange while creating interdisciplinary repositories to formulate solutions that best convey the essence of the problem or phenomenon. Providing scientific resources will increase innovation – it will create a platform aimed at one of the largest audiences – Internet users, contributing to the definition of new and existing standards, significantly increasing the possibilities of reaching such valuable and hard-to-available data. The implementation of the project will increase the amount of publicly available data – seven billion fields of data on the human genome (Polish population on a sample of 6400 people) are waiting to be made available. This collection will be enriched with inventory resources of the Department of Anthropology for digitisation. The scope of digitisation of the skeleton collection from the XI to the beginning of the nineteenth century, derived from five sepulcral archaeological sites, located in the area of Brest Kujawy in Kujawy, will include the acquisition of digital recording of DNA sequences (ancient DNA). (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 15:46, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Digital availability of biomolecular resources and descriptive biobanks and the Cathedral of Anthropology of the University of Łódź — characteristics of the population of the current area of Poland in history. E-Czelroak.pl. information platform |
Project in Poland financed by DG Regio |
Statements
5,644,796.45 zloty
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6,669,971.0 zloty
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84.63 percent
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1 November 2017
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31 October 2020
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UNIWERSYTET ŁÓDZKI
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Dzięki ogromnemu postępowi wykorzystania technik biologii molekularnej jaki dokonał się w ostatnich dziesięcioleciach w szeroko rozumianych dziedzinach nauk biologicznych i medycznych, każdego dnia ośrodki naukowo-badawcze generują ogromne ilości danych (big data - wielkie dane) o znacznej wartości naukowej. Obecnie w Polsce wdrażanie nowych rozwiązań bioinformatycznych, obejmujących swoim zakresem porządkowanie i ułatwianie dostępu do danych naukowych w dalszym ciągu jest mało popularną praktyką. Źródło tego problemu upatrywane jest w braku otwartości kadry naukowo-badawczej na proces ogólnoświatowej cyfryzacji i ekonomii współdzielenia, co ściśle wiąże się ze specyfiką zawodu i reguł panujących w placówkach badawczych. W erze wielkich danych największym wyzwaniem nie jest więc samo przeprowadzanie eksperymentów badawczych, lecz możliwość opracowania systemu łatwej wymiany danych przy jednoczesnym wytworzeniu interdyscyplinarnych repozytoriów celem formułowania rozwiązań jak najwierniej oddających istotę badanego problemu lub zjawiska. Udostępnianie zasobów nauki umożliwi wzrost innowacyjności - pozwoli na wytworzenie platformy skierowanej do jednej z największej grupy odbiorców – internautów, przyczyniając się do zdefiniowania nowych oraz poprawy obecnie panujących standardów, znacząco podnosząc możliwości dotarcia do tak cennych i trudno dostępnych danych. Realizacja projektu przyczyni się do wzrostu ilości publicznie dostępnych danych – siedem miliardów pól danych na temat ludzkiego genomu (Polskiej populacji na próbie 6400 osób) czeka na udostępnienie. Zbiór ten zostanie wzbogacony o zinwentaryzowane do digitalizacji zasoby Katedry Antropologii. Planowany do realizacji zakres cyfryzacji kolekcji szkieletowej z okresu od XI do początku XIX wieku, pochodzącej z pięciu sepulkralnych stanowisk archeologicznych (cmentarzysk), zlokalizowanych w rejonie Brześcia Kujawskiego na Kujawach, obejmie pozyskanie cyfrowego zapisu sekwencji DNA (ancient DNA). (Polish)
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Thanks to the enormous progress made in the use of molecular biology techniques in recent decades in the broadly understood areas of biological and medical sciences, scientific and research centres generate huge amounts of data (big data) of significant scientific value every day. Currently, the implementation of new bioinformatic solutions in Poland, including organising and facilitating access to scientific data, is still not a popular practice. The source of this problem is the lack of openness of research staff to the process of global digitisation and the economy of sharing, which is closely linked to the specificities of the profession and the rules prevailing in research institutions. In the Great Data Age, therefore, the greatest challenge is not simply to conduct research experiments, but to develop a system of easy data exchange while creating interdisciplinary repositories to formulate solutions that best convey the essence of the problem or phenomenon. Providing scientific resources will increase innovation – it will create a platform aimed at one of the largest audiences – Internet users, contributing to the definition of new and existing standards, significantly increasing the possibilities of reaching such valuable and hard-to-available data. The implementation of the project will increase the amount of publicly available data – seven billion fields of data on the human genome (Polish population on a sample of 6400 people) are waiting to be made available. This collection will be enriched with inventory resources of the Department of Anthropology for digitisation. The scope of digitisation of the skeleton collection from the XI to the beginning of the nineteenth century, derived from five sepulcral archaeological sites, located in the area of Brest Kujawy in Kujawy, will include the acquisition of digital recording of DNA sequences (ancient DNA). (English)
14 October 2020
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Identifiers
POPC.02.03.01-00-0012/17
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