Novel trends in system approach to biotechnology-based sustainable development and bioeconomy [Abstr.] / J. W. Dobrowolski, E. Glowienka, M. Mikrut, J. Kobylarczyk // Biochemistry & Molecular Biology Journal ... więcej

Novel trends in system approach to biotechnology-based sustainable development and bioeconomy [Abstr.] / J. W. Dobrowolski, E. Glowienka, M. Mikrut, J. Kobylarczyk // Biochemistry & Molecular Biology Journal [Dokument elektroniczny]. – 2018, Vol. 4, s. 67. – Tryb dostępu: http://www.imedpub.com/conference-abstracts-files/2471-8084-C2-011-019.pdf. – Mat. konf.: EuroSciCon : Joint Event on Biotechnology, Stem Cell and Molecular Diagnostics, Amsterdam, Netherlands, 16-17.04.2018. – doi: 10.21767/2471-8084-C2-011. – ISSN 2471-8084

Long-term transdisciplinary research and problem-solving training support integration of modern environmental and medical biotechnology, human ecology, ecotoxicology, ecoengineering, remote sensing, architecture ... więcej

Long-term transdisciplinary research and problem-solving training support integration of modern environmental and medical biotechnology, human ecology, ecotoxicology, ecoengineering, remote sensing, architecture etc. for optimization sustainable management of the natural resources and promotion environmental health and bioeconomy-driven green labour market all over the world. Recommendation of system approach to Common Action of Experts and Knowledge-based Sustainable Society (including e-distance education and Life Long Learning) for Biotechnology driven better Quality of Life. Holistic approach should integrate wide scale use of modern biotechnology for as early as possible detection of synergistic effects of physical, chemical and biological risk factors (in the natural and indoor environment and human food chain) with more efficient primary prevention. For prevention of incurable congenital malformations of disease of civilization Minamata as well as increasing rate of cancer/leukemia incidence are recommended biotechnologies introduced by the first of authors like evaluation of the synergistic effects of anthropogenic factors on embryological development, mutagenesis and carcinogenesis, including cell monitoring, free-radical pathology- oriented delay luminescence and other biophysical tools in linkage with monitoring of personal exposition and sensitivity, supplemented by nutritional and environmental health focused on better prevention of premature death due to environmental contamination. Introduced by JWD laser biotechnology is recommended for more efficient biodegradation of cancerogenic oil pollutants PAH, bioremediation toxic metals, reclamation of contaminated and semidesert areas, enhancement of biomass production by energy plantations, greeining cities, and for better adaptation of biotreatment and photodisinfection of wastewater and food production to climate change. For optimization selection areas predisposed for laser biotechnology introduction useful is application new methods of remote sensing e.g. for detection cultivated or forest areas of high phytotoxic effects followed by decrease of CO2 assimilation and biomass production by multispectral analyse e.g. fraction of Absorbed Photosynthetically.