Matches in SemOpenAlex for { <https://semopenalex.org/work/W2082300488> ?p ?o ?g. }
- W2082300488 endingPage "433" @default.
- W2082300488 startingPage "424" @default.
- W2082300488 abstract "Food safety and quality depend on raw material characteristics and on the chemical, physical and biotechnological processes adopted during food transformation. Since a huge number of microorganisms are involved in food production, foodstuffs should be considered as complex matrices where any microbial component has a precise role and evolves in response to physical and chemical composition of food. Moreover, knowing the dynamics of microbial community involved in a food supply chain it is useful to reduce food spoilage, enhance the industrial processes and extend product shelf-life. In a more comprehensive vision, a precise understanding of the metabolic activity of microorganisms can be used to drive biotransformation steps towards the improvement of quality and nutritional value of food. High Throughput Sequencing (HTS) technologies are nowadays an emerging and widely adopted tool for microbial characterization of food matrices. Differently from traditional culture-dependent approaches, HTS allows the analysis of genomic regions of the whole biotic panel inhabiting and constituting food ecosystems. Our intent is to provide an up-to-date review of the principal fields of application of HTS in food studies. In particular, we devoted major attention to the analysis of food microbiota and to the applied implications deriving from its characterization in the principal food categories to improve biotransformation processes." @default.
- W2082300488 created "2016-06-24" @default.
- W2082300488 creator A5002013363 @default.
- W2082300488 creator A5034281716 @default.
- W2082300488 creator A5059111631 @default.
- W2082300488 creator A5060869747 @default.
- W2082300488 creator A5070261490 @default.
- W2082300488 creator A5091407482 @default.
- W2082300488 date "2015-03-01" @default.
- W2082300488 modified "2023-10-10" @default.
- W2082300488 title "Emerging DNA-based technologies to characterize food ecosystems" @default.
- W2082300488 cites W1487586161 @default.
- W2082300488 cites W1540424483 @default.
- W2082300488 cites W1579926728 @default.
- W2082300488 cites W171540860 @default.
- W2082300488 cites W1890842647 @default.
- W2082300488 cites W1964850187 @default.
- W2082300488 cites W1965181354 @default.
- W2082300488 cites W1965866182 @default.
- W2082300488 cites W1967689776 @default.
- W2082300488 cites W1967960379 @default.
- W2082300488 cites W1970012153 @default.
- W2082300488 cites W1970335548 @default.
- W2082300488 cites W1970968560 @default.
- W2082300488 cites W1971759485 @default.
- W2082300488 cites W1972042223 @default.
- W2082300488 cites W1972683730 @default.
- W2082300488 cites W1973661297 @default.
- W2082300488 cites W1974017627 @default.
- W2082300488 cites W1974344734 @default.
- W2082300488 cites W1975835695 @default.
- W2082300488 cites W1975971186 @default.
- W2082300488 cites W1977262702 @default.
- W2082300488 cites W1979792267 @default.
- W2082300488 cites W1980931260 @default.
- W2082300488 cites W1981467367 @default.
- W2082300488 cites W1982565019 @default.
- W2082300488 cites W1983254768 @default.
- W2082300488 cites W1983748392 @default.
- W2082300488 cites W1984667355 @default.
- W2082300488 cites W1986757867 @default.
- W2082300488 cites W1987327684 @default.
- W2082300488 cites W1988114651 @default.
- W2082300488 cites W1988698342 @default.
- W2082300488 cites W1988925586 @default.
- W2082300488 cites W1991505307 @default.
- W2082300488 cites W1992742121 @default.
- W2082300488 cites W1993588147 @default.
- W2082300488 cites W1995806811 @default.
- W2082300488 cites W1998288179 @default.
- W2082300488 cites W1998724814 @default.
- W2082300488 cites W1999309269 @default.
- W2082300488 cites W2000640048 @default.
- W2082300488 cites W2002249313 @default.
- W2082300488 cites W2004384919 @default.
- W2082300488 cites W2007033972 @default.
- W2082300488 cites W2008258066 @default.
- W2082300488 cites W2010675330 @default.
- W2082300488 cites W2011034298 @default.
- W2082300488 cites W2011428499 @default.
- W2082300488 cites W2011754133 @default.
- W2082300488 cites W2012496027 @default.
- W2082300488 cites W2012751684 @default.
- W2082300488 cites W2016206917 @default.
- W2082300488 cites W2018478002 @default.
- W2082300488 cites W2019150472 @default.
- W2082300488 cites W2022144066 @default.
- W2082300488 cites W2023103545 @default.
- W2082300488 cites W2023731329 @default.
- W2082300488 cites W2024313470 @default.
- W2082300488 cites W2024788695 @default.
- W2082300488 cites W2024969564 @default.
- W2082300488 cites W2027333948 @default.
- W2082300488 cites W2029537682 @default.
- W2082300488 cites W2030759894 @default.
- W2082300488 cites W2031914926 @default.
- W2082300488 cites W2032002524 @default.
- W2082300488 cites W2034620101 @default.
- W2082300488 cites W2035551334 @default.
- W2082300488 cites W2035717720 @default.
- W2082300488 cites W2036503323 @default.
- W2082300488 cites W2036560248 @default.
- W2082300488 cites W2036890713 @default.
- W2082300488 cites W2038274342 @default.
- W2082300488 cites W2038284299 @default.
- W2082300488 cites W2038621830 @default.
- W2082300488 cites W2041768119 @default.
- W2082300488 cites W2042415582 @default.
- W2082300488 cites W2042585768 @default.
- W2082300488 cites W2043029962 @default.
- W2082300488 cites W2045003834 @default.
- W2082300488 cites W2045425630 @default.
- W2082300488 cites W2046204662 @default.
- W2082300488 cites W2047099833 @default.
- W2082300488 cites W2049293347 @default.
- W2082300488 cites W2050109489 @default.
- W2082300488 cites W2051742872 @default.
- W2082300488 cites W2051857485 @default.