Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113286705> ?p ?o ?g. }
- W2113286705 endingPage "965" @default.
- W2113286705 startingPage "954" @default.
- W2113286705 abstract "Cryptosporidium infection is commonly observed among children and immunocompromised individuals in developing countries, but large-scale outbreaks of disease among adults have not been reported. In contrast, outbreaks of cryptosporidiosis in the United States and Canada are increasingly common among patients of all ages. Thus, it seems likely that residents of regions where Cryptosporidium is highly endemic acquire some level of immunity, while residents of the developed world do not. A new immunodominant Cryptosporidium parvum antigen in the 15- to 17-kDa size range was identified as the Cryptosporidium parvum 60S acidic ribosomal protein P2 (CpP2). We developed a recombinant protein-based enzyme-linked immunosorbent assay for serologic population surveillance for antibodies that was 89% sensitive and 92% specific relative to the results of the large-format Western blot assay. The human IgG response is directed almost exclusively toward the highly conserved, carboxy-terminal 15 amino acids of the protein. Although IgG antibody cross-reactivity was documented with sera from patients with acute babesiosis, the development of an anti-CpP2 antibody response in our Peru study population correlated better with Cryptosporidium infection than with infection by any other parasitic protozoan. In Haiti, the prevalence of antibodies to CpP2 plateaus at 11 to 20 years of age. Because anti-CpP2 IgG antibodies were found only among residents of countries in the developing world where Cryptosporidium infection occurs early and often, we propose that this response may be a proxy for the intensity of infection and for acquired immunity." @default.
- W2113286705 created "2016-06-24" @default.
- W2113286705 creator A5006437822 @default.
- W2113286705 creator A5010490217 @default.
- W2113286705 creator A5016022834 @default.
- W2113286705 creator A5040912618 @default.
- W2113286705 creator A5048238532 @default.
- W2113286705 creator A5052477352 @default.
- W2113286705 creator A5054523990 @default.
- W2113286705 creator A5059605525 @default.
- W2113286705 creator A5059859302 @default.
- W2113286705 creator A5071496730 @default.
- W2113286705 creator A5082622069 @default.
- W2113286705 creator A5086245832 @default.
- W2113286705 date "2010-06-01" @default.
- W2113286705 modified "2023-10-15" @default.
- W2113286705 title "Cloning and Characterization of the Acidic Ribosomal Protein P2 of<i>Cryptosporidium parvum</i>, a New 17-Kilodalton Antigen" @default.
- W2113286705 cites W1581987422 @default.
- W2113286705 cites W1799977528 @default.
- W2113286705 cites W1811247696 @default.
- W2113286705 cites W1926909531 @default.
- W2113286705 cites W1937283342 @default.
- W2113286705 cites W1947448308 @default.
- W2113286705 cites W1956371334 @default.
- W2113286705 cites W1962303374 @default.
- W2113286705 cites W1972040795 @default.
- W2113286705 cites W1976139971 @default.
- W2113286705 cites W1978570354 @default.
- W2113286705 cites W1992536369 @default.
- W2113286705 cites W1996360869 @default.
- W2113286705 cites W2002196115 @default.
- W2113286705 cites W2011105442 @default.
- W2113286705 cites W2012773435 @default.
- W2113286705 cites W2017667735 @default.
- W2113286705 cites W2019402469 @default.
- W2113286705 cites W2023667057 @default.
- W2113286705 cites W2026241336 @default.
- W2113286705 cites W2032060707 @default.
- W2113286705 cites W2042279578 @default.
- W2113286705 cites W2049436876 @default.
- W2113286705 cites W2049855073 @default.
- W2113286705 cites W2053059593 @default.
- W2113286705 cites W2055306792 @default.
- W2113286705 cites W2058166916 @default.
- W2113286705 cites W2059025191 @default.
- W2113286705 cites W2063824418 @default.
- W2113286705 cites W2065486243 @default.
- W2113286705 cites W2066764648 @default.
- W2113286705 cites W2074578370 @default.
- W2113286705 cites W2075589659 @default.
- W2113286705 cites W2076252552 @default.
- W2113286705 cites W2085357050 @default.
- W2113286705 cites W2090572314 @default.
- W2113286705 cites W2090880918 @default.
- W2113286705 cites W2100837269 @default.
- W2113286705 cites W2101095891 @default.
- W2113286705 cites W2102707929 @default.
- W2113286705 cites W2104960492 @default.
- W2113286705 cites W2107166410 @default.
- W2113286705 cites W2108736200 @default.
- W2113286705 cites W2109797755 @default.
- W2113286705 cites W2111478301 @default.
- W2113286705 cites W2111591488 @default.
- W2113286705 cites W2113849977 @default.
- W2113286705 cites W2115182954 @default.
- W2113286705 cites W2115627102 @default.
- W2113286705 cites W2124706578 @default.
- W2113286705 cites W2125749896 @default.
- W2113286705 cites W2129740178 @default.
- W2113286705 cites W2130258672 @default.
- W2113286705 cites W2136969519 @default.
- W2113286705 cites W2137015675 @default.
- W2113286705 cites W2140288952 @default.
- W2113286705 cites W2143625515 @default.
- W2113286705 cites W2145092370 @default.
- W2113286705 cites W2146252573 @default.
- W2113286705 cites W2148897578 @default.
- W2113286705 cites W2148943850 @default.
- W2113286705 cites W2153627497 @default.
- W2113286705 cites W2154456880 @default.
- W2113286705 cites W2155252096 @default.
- W2113286705 cites W2160752047 @default.
- W2113286705 cites W2170480287 @default.
- W2113286705 cites W2171054939 @default.
- W2113286705 cites W2172841368 @default.
- W2113286705 cites W2181029313 @default.
- W2113286705 cites W2334039896 @default.
- W2113286705 cites W2406794383 @default.
- W2113286705 cites W2418837068 @default.
- W2113286705 cites W2432961863 @default.
- W2113286705 cites W2443280625 @default.
- W2113286705 cites W4235316562 @default.
- W2113286705 cites W4245000570 @default.
- W2113286705 cites W4323237146 @default.
- W2113286705 cites W4362208308 @default.
- W2113286705 doi "https://doi.org/10.1128/cvi.00073-10" @default.
- W2113286705 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2884433" @default.
- W2113286705 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20410328" @default.