FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2781934681> ?p ?o ?g. }

• W2781934681 endingPage "111" @default.
• W2781934681 startingPage "103" @default.
• W2781934681 abstract "Clostridium difficile is an anaerobic, Gram-positive, spore-forming bacillus that causes disease ranging from self-limiting diarrhoea to severe pseudomembranous colitis. C. difficile infection (CDI) commonly affects hospitalised patients and is increasingly identified in patients in the community with no hospital contact. For the last 15 years the incidence of CDI worldwide has been rising, especially in the northern hemisphere. The yearly average number of hospitalizations as a result of this disease is estimated to be over a quarter of a million per year in the United States alone. The main risk factor for CDI is exposure to antimicrobials that affect the gut microflora and, paradoxically, the most common treatments for CDI are the antimicrobials, metronidazole and vancomycin. However, the increasing frequency of highly virulent C. difficile strains, antimicrobial treatment failures, hospital outbreaks, patients with severe complications and cases with multiple recurrences have driven the search for new therapies. Several novel or popular complementary and alternative therapies are self-prescribed for treatment of other diarrheal diseases, and these may also be appropriate for treating CDI. In general, complementary and alternative medicine (CAM) is mainly used by patients when conventional therapeutic agents show limited success against C. difficile and other antimicrobial-resistant bacteria. Among these alternative approaches, a number of treatments, such as herbal remedies, are embraced less by pharmaceutical and medical professions. This review summarises current knowledge of non-conventional antimicrobial and alternative therapies for treatment of CDI. As the demand for non-conventional antimicrobial therapies increases, further studies are required in the field of CAM, especially natural products, for the treatment of CDI." @default.
• W2781934681 created "2018-01-12" @default.
• W2781934681 creator A5004525216 @default.
• W2781934681 creator A5035710161 @default.
• W2781934681 creator A5040571616 @default.
• W2781934681 date "2018-02-01" @default.
• W2781934681 modified "2023-09-26" @default.
• W2781934681 title "Non-conventional antimicrobial and alternative therapies for the treatment of Clostridium difficile infection" @default.
• W2781934681 cites W1544835748 @default.
• W2781934681 cites W1756046628 @default.
• W2781934681 cites W1916481354 @default.
• W2781934681 cites W1927212604 @default.
• W2781934681 cites W1940704816 @default.
• W2781934681 cites W1965248881 @default.
• W2781934681 cites W1965482322 @default.
• W2781934681 cites W1971624162 @default.
• W2781934681 cites W1977149916 @default.
• W2781934681 cites W1997465486 @default.
• W2781934681 cites W1998361279 @default.
• W2781934681 cites W1998689522 @default.
• W2781934681 cites W1999746543 @default.
• W2781934681 cites W2008706137 @default.
• W2781934681 cites W2009567800 @default.
• W2781934681 cites W2013389493 @default.
• W2781934681 cites W2017523142 @default.
• W2781934681 cites W2021569946 @default.
• W2781934681 cites W2028088562 @default.
• W2781934681 cites W2030866508 @default.
• W2781934681 cites W2035311739 @default.
• W2781934681 cites W2035372847 @default.
• W2781934681 cites W2043320550 @default.
• W2781934681 cites W2049689228 @default.
• W2781934681 cites W2061253126 @default.
• W2781934681 cites W2061724976 @default.
• W2781934681 cites W2062736006 @default.
• W2781934681 cites W2064172296 @default.
• W2781934681 cites W2069582137 @default.
• W2781934681 cites W2069670597 @default.
• W2781934681 cites W2069812362 @default.
• W2781934681 cites W2076837393 @default.
• W2781934681 cites W2077398782 @default.
• W2781934681 cites W2077914268 @default.
• W2781934681 cites W2080751880 @default.
• W2781934681 cites W2083796286 @default.
• W2781934681 cites W2091250795 @default.
• W2781934681 cites W2098587393 @default.
• W2781934681 cites W2099490088 @default.
• W2781934681 cites W2099822837 @default.
• W2781934681 cites W2101182826 @default.
• W2781934681 cites W2104878413 @default.
• W2781934681 cites W2105254089 @default.
• W2781934681 cites W2108693491 @default.
• W2781934681 cites W2116378257 @default.
• W2781934681 cites W2118304831 @default.
• W2781934681 cites W2119276762 @default.
• W2781934681 cites W2123162839 @default.
• W2781934681 cites W2128175074 @default.
• W2781934681 cites W2135013258 @default.
• W2781934681 cites W2139364762 @default.
• W2781934681 cites W2140858693 @default.
• W2781934681 cites W2140926423 @default.
• W2781934681 cites W2143782107 @default.
• W2781934681 cites W2146274064 @default.
• W2781934681 cites W2148171446 @default.
• W2781934681 cites W2156408202 @default.
• W2781934681 cites W2157392241 @default.
• W2781934681 cites W2158524196 @default.
• W2781934681 cites W2159345390 @default.
• W2781934681 cites W2161908003 @default.
• W2781934681 cites W2163782828 @default.
• W2781934681 cites W2166822186 @default.
• W2781934681 cites W2167766152 @default.
• W2781934681 cites W2218118400 @default.
• W2781934681 cites W2253087149 @default.
• W2781934681 cites W2286248913 @default.
• W2781934681 cites W2318911370 @default.
• W2781934681 cites W2344925875 @default.
• W2781934681 cites W2509716797 @default.
• W2781934681 cites W2528434724 @default.
• W2781934681 cites W2547815244 @default.
• W2781934681 cites W2551748872 @default.
• W2781934681 cites W2579980196 @default.
• W2781934681 cites W2582069104 @default.
• W2781934681 cites W2617130732 @default.
• W2781934681 cites W2740742338 @default.
• W2781934681 cites W2751560363 @default.
• W2781934681 doi "https://doi.org/10.1016/j.anaerobe.2018.01.003" @default.
• W2781934681 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29309845" @default.
• W2781934681 hasPublicationYear "2018" @default.
• W2781934681 type Work @default.
• W2781934681 sameAs 2781934681 @default.
• W2781934681 citedByCount "15" @default.
• W2781934681 countsByYear W27819346812018 @default.
• W2781934681 countsByYear W27819346812019 @default.
• W2781934681 countsByYear W27819346812020 @default.
• W2781934681 countsByYear W27819346812021 @default.
• W2781934681 countsByYear W27819346812022 @default.
• W2781934681 countsByYear W27819346812023 @default.

• next