Matches in SemOpenAlex for { <https://semopenalex.org/work/W2002654772> ?p ?o ?g. }
Showing items 1 to 97 of
97
with 100 items per page.
- W2002654772 abstract "This investigation is the first report in Jordan, aimed for in vitro evaluation of six fungicides and their combinations, to control the post harvest green mold (Penicillium digitatum) of citrus fruits. Thirty one different concentrations (0.01-3000 microg mL(-1)) of each fungicide, in addition to 6 combined concentrations from each of 7 fungicide mixtures, were tested using Agar well diffusion method against four fungal strains. Regression analysis, one way ANOVA and Post Hoc Multiple comparisons were carried out to test the significance of these treatments. Results of regression analysis indicated significant correlation (p < 0.01) between fungicide concentration (microg mL(-1)) and inhibition zone (mm) of tested strains. All applied fungicides have resulted in complete inhibition of fungal growth in the four tested strains with MIC values ranging from 5 to 2700 microg mL(-1). Canvil and Ranvil of the DMI family were the most effective against tested strains (except strain dg6) where an MIC in the range of 5 to 150 microg mL(-1) was required. Benomyl has worked effectively with the least MIC values against the four tested strains. The obtained Benomyl's MIC values were: 20, 40, 300 and 40 microg ml(-1) against strains dg2, dg4, dg5 and dg6, respectively. One way analysis of variance indicated that the following fungicide mixtures: Benomyl/Canvil; Topsin/Vydan; Blin/Canvil; Topsin/Blin and Topsin/Canvil had significantly (p < 0.001) affected the sizes of inhibition zones, in strains dg2, dg2 and dg5, dg2 and dg4, dg2 and dg4, respectively. Scheffe multiple comparisons analysis showed that there were significant differences (p < 0.001) between the combined concentrations of 50:50 microg mL(-1) or 100:100 microg mL(-1) of Benomyl/Canvil mixture and the rest of tested concentrations where complete inhibition of growth was achieved at a combination of 100:500 microg mL(-1). The mixtures of Benomyl/Canvil and Blin/Canvil were the most effective against strains where, wither complete inhibition or the largest inhibition zones were obtained at the least (50:50 microg mL(-1)) combined concentrations." @default.
- W2002654772 created "2016-06-24" @default.
- W2002654772 creator A5070134387 @default.
- W2002654772 date "2008-06-01" @default.
- W2002654772 modified "2023-09-25" @default.
- W2002654772 title "In vitro Evaluation of Penicillium digitatum Sacc Strains Sensitivity to Various Fungicides from Jordan" @default.
- W2002654772 cites W1652140070 @default.
- W2002654772 cites W186727271 @default.
- W2002654772 cites W1980733189 @default.
- W2002654772 cites W1983225412 @default.
- W2002654772 cites W2014824166 @default.
- W2002654772 cites W2032310100 @default.
- W2002654772 cites W2042849360 @default.
- W2002654772 cites W2046257159 @default.
- W2002654772 cites W2052017102 @default.
- W2002654772 cites W2054517689 @default.
- W2002654772 cites W2059570038 @default.
- W2002654772 cites W2061057323 @default.
- W2002654772 cites W2068650505 @default.
- W2002654772 cites W2070469710 @default.
- W2002654772 cites W2073883306 @default.
- W2002654772 cites W2081941732 @default.
- W2002654772 cites W2086294738 @default.
- W2002654772 cites W2087632349 @default.
- W2002654772 cites W2091648816 @default.
- W2002654772 cites W2095047853 @default.
- W2002654772 cites W2103287246 @default.
- W2002654772 cites W2106916454 @default.
- W2002654772 cites W2109984308 @default.
- W2002654772 cites W2110335437 @default.
- W2002654772 cites W2128334804 @default.
- W2002654772 cites W2131189136 @default.
- W2002654772 cites W2132960741 @default.
- W2002654772 cites W2138772691 @default.
- W2002654772 cites W2140118683 @default.
- W2002654772 cites W2149110602 @default.
- W2002654772 cites W2152822809 @default.
- W2002654772 cites W2154714106 @default.
- W2002654772 cites W2158978828 @default.
- W2002654772 cites W2166615765 @default.
- W2002654772 cites W2201894389 @default.
- W2002654772 cites W2335475970 @default.
- W2002654772 cites W2519025006 @default.
- W2002654772 cites W88757048 @default.
- W2002654772 cites W2124043489 @default.
- W2002654772 cites W2274510216 @default.
- W2002654772 cites W3147052114 @default.
- W2002654772 doi "https://doi.org/10.3923/pjbs.2008.1517.1529" @default.
- W2002654772 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18819638" @default.
- W2002654772 hasPublicationYear "2008" @default.
- W2002654772 type Work @default.
- W2002654772 sameAs 2002654772 @default.
- W2002654772 citedByCount "0" @default.
- W2002654772 crossrefType "journal-article" @default.
- W2002654772 hasAuthorship W2002654772A5070134387 @default.
- W2002654772 hasConcept C144027150 @default.
- W2002654772 hasConcept C2777484150 @default.
- W2002654772 hasConcept C2780626286 @default.
- W2002654772 hasConcept C2781240563 @default.
- W2002654772 hasConcept C59822182 @default.
- W2002654772 hasConcept C74600772 @default.
- W2002654772 hasConcept C86803240 @default.
- W2002654772 hasConceptScore W2002654772C144027150 @default.
- W2002654772 hasConceptScore W2002654772C2777484150 @default.
- W2002654772 hasConceptScore W2002654772C2780626286 @default.
- W2002654772 hasConceptScore W2002654772C2781240563 @default.
- W2002654772 hasConceptScore W2002654772C59822182 @default.
- W2002654772 hasConceptScore W2002654772C74600772 @default.
- W2002654772 hasConceptScore W2002654772C86803240 @default.
- W2002654772 hasLocation W20026547721 @default.
- W2002654772 hasLocation W20026547722 @default.
- W2002654772 hasOpenAccess W2002654772 @default.
- W2002654772 hasPrimaryLocation W20026547721 @default.
- W2002654772 hasRelatedWork W1447124206 @default.
- W2002654772 hasRelatedWork W1505896186 @default.
- W2002654772 hasRelatedWork W1524957605 @default.
- W2002654772 hasRelatedWork W2088602815 @default.
- W2002654772 hasRelatedWork W2160724438 @default.
- W2002654772 hasRelatedWork W2263309047 @default.
- W2002654772 hasRelatedWork W2336321429 @default.
- W2002654772 hasRelatedWork W2363134034 @default.
- W2002654772 hasRelatedWork W2368838326 @default.
- W2002654772 hasRelatedWork W2374006065 @default.
- W2002654772 hasRelatedWork W2377380883 @default.
- W2002654772 hasRelatedWork W2380090364 @default.
- W2002654772 hasRelatedWork W2381909552 @default.
- W2002654772 hasRelatedWork W2383736972 @default.
- W2002654772 hasRelatedWork W2384961033 @default.
- W2002654772 hasRelatedWork W2385930725 @default.
- W2002654772 hasRelatedWork W2392172901 @default.
- W2002654772 hasRelatedWork W3012163006 @default.
- W2002654772 hasRelatedWork W3016163016 @default.
- W2002654772 hasRelatedWork W5366572 @default.
- W2002654772 isParatext "false" @default.
- W2002654772 isRetracted "false" @default.
- W2002654772 magId "2002654772" @default.
- W2002654772 workType "article" @default.