Matches in SemOpenAlex for { <https://semopenalex.org/work/W2529110903> ?p ?o ?g. }
- W2529110903 endingPage "12824" @default.
- W2529110903 startingPage "12816" @default.
- W2529110903 abstract "Although several studies examined the transport of viruses in terrestrial systems only few studies exist on the use of marine phages (i.e., nonterrestrial viruses infecting marine host bacteria) as sensitively detectable microbial tracers for subsurface colloid transport and water flow. Here, we systematically quantified and compared for the first time the effects of size, morphology and physicochemical surface properties of six marine phages and two coliphages (MS2, T4) on transport in sand-filled percolated columns. Phage-sand interactions were described by colloidal filtration theory and the extended Derjaguin–Landau–Verwey–Overbeek approach (XDLVO), respectively. The phages belonged to different families and comprised four phages never used in transport studies (i.e., PSA-HM1, PSA-HP1, PSA-HS2, and H3/49). Phage transport was influenced by size, morphology and hydrophobicity in an approximate order of size > hydrophobicity ≥ morphology. Two phages PSA-HP1, PSA-HS2 (Podoviridae and Siphoviridae) exhibited similar mass recovery as commonly used coliphage MS2 and were 7-fold better transported than known marine phage vB_PSPS-H40/1. Differing properties of the marine phages may be used to trace transport of indigenous viruses, natural colloids or anthropogenic nanomaterials and, hence, contribute to better risk analysis. Our results underpin the potential role of marine phages as microbial tracer for transport of colloidal particles and water flow." @default.
- W2529110903 created "2016-10-14" @default.
- W2529110903 creator A5022659143 @default.
- W2529110903 creator A5060167014 @default.
- W2529110903 creator A5083000685 @default.
- W2529110903 creator A5083519174 @default.
- W2529110903 creator A5088078421 @default.
- W2529110903 creator A5091817535 @default.
- W2529110903 date "2016-10-24" @default.
- W2529110903 modified "2023-09-25" @default.
- W2529110903 title "Marine Phages As Tracers: Effects of Size, Morphology, and Physico–Chemical Surface Properties on Transport in a Porous Medium" @default.
- W2529110903 cites W133623647 @default.
- W2529110903 cites W1499707160 @default.
- W2529110903 cites W1501204840 @default.
- W2529110903 cites W1501358336 @default.
- W2529110903 cites W1519402382 @default.
- W2529110903 cites W1567736246 @default.
- W2529110903 cites W1667411978 @default.
- W2529110903 cites W1794872271 @default.
- W2529110903 cites W1803297039 @default.
- W2529110903 cites W1859250207 @default.
- W2529110903 cites W1966151909 @default.
- W2529110903 cites W1969373720 @default.
- W2529110903 cites W1973078954 @default.
- W2529110903 cites W1973248773 @default.
- W2529110903 cites W1974846245 @default.
- W2529110903 cites W1975381904 @default.
- W2529110903 cites W1979035388 @default.
- W2529110903 cites W1979048768 @default.
- W2529110903 cites W1981051957 @default.
- W2529110903 cites W1981749958 @default.
- W2529110903 cites W1985962485 @default.
- W2529110903 cites W1988192950 @default.
- W2529110903 cites W1992312446 @default.
- W2529110903 cites W2002973947 @default.
- W2529110903 cites W2003400565 @default.
- W2529110903 cites W2005079924 @default.
- W2529110903 cites W2006122512 @default.
- W2529110903 cites W2006675922 @default.
- W2529110903 cites W2011636576 @default.
- W2529110903 cites W2012897986 @default.
- W2529110903 cites W2013543219 @default.
- W2529110903 cites W2014772771 @default.
- W2529110903 cites W2014973788 @default.
- W2529110903 cites W2016719773 @default.
- W2529110903 cites W2021672939 @default.
- W2529110903 cites W2022263702 @default.
- W2529110903 cites W2031656343 @default.
- W2529110903 cites W2032882610 @default.
- W2529110903 cites W2034917214 @default.
- W2529110903 cites W2035180749 @default.
- W2529110903 cites W2046059137 @default.
- W2529110903 cites W2047806096 @default.
- W2529110903 cites W2051304001 @default.
- W2529110903 cites W2057137327 @default.
- W2529110903 cites W2058998279 @default.
- W2529110903 cites W2061622874 @default.
- W2529110903 cites W2063143100 @default.
- W2529110903 cites W2070190014 @default.
- W2529110903 cites W2072835302 @default.
- W2529110903 cites W2072903858 @default.
- W2529110903 cites W2073394315 @default.
- W2529110903 cites W2080562414 @default.
- W2529110903 cites W2086381660 @default.
- W2529110903 cites W2087449669 @default.
- W2529110903 cites W2088606407 @default.
- W2529110903 cites W2094538287 @default.
- W2529110903 cites W2095792051 @default.
- W2529110903 cites W2096781869 @default.
- W2529110903 cites W2098855160 @default.
- W2529110903 cites W2100884758 @default.
- W2529110903 cites W2106216545 @default.
- W2529110903 cites W2111969845 @default.
- W2529110903 cites W2112017881 @default.
- W2529110903 cites W2115547030 @default.
- W2529110903 cites W2121500474 @default.
- W2529110903 cites W2125144207 @default.
- W2529110903 cites W2130747214 @default.
- W2529110903 cites W2131510081 @default.
- W2529110903 cites W2137015675 @default.
- W2529110903 cites W2137175287 @default.
- W2529110903 cites W2139725501 @default.
- W2529110903 cites W2142581891 @default.
- W2529110903 cites W2145575044 @default.
- W2529110903 cites W2148454149 @default.
- W2529110903 cites W2160275013 @default.
- W2529110903 cites W2182411111 @default.
- W2529110903 cites W2205146822 @default.
- W2529110903 cites W2264141322 @default.
- W2529110903 cites W2342593938 @default.
- W2529110903 cites W2501725114 @default.
- W2529110903 doi "https://doi.org/10.1021/acs.est.6b04236" @default.
- W2529110903 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27715020" @default.
- W2529110903 hasPublicationYear "2016" @default.
- W2529110903 type Work @default.
- W2529110903 sameAs 2529110903 @default.
- W2529110903 citedByCount "22" @default.
- W2529110903 countsByYear W25291109032017 @default.