Matches in SemOpenAlex for { <https://semopenalex.org/work/W3174495317> ?p ?o ?g. }
- W3174495317 endingPage "118" @default.
- W3174495317 startingPage "79" @default.
- W3174495317 abstract "Phosphorus (P) is an essential nutrient for plant’s development, and its deficiency restricts crop yield. To meet P requirements in agricultural settings, a low-cost culture medium (MT11B) was designed in which a bioinoculant was produced consisting of three bacterial isolates capable of solubilizing P from phosphoric rock (PR). Pseudomonas sp., Serratia sp., and Kosakonia sp. exhibited P solubilization in SMRS1 agar modified with PR (5.0 g L-1), as source of inorganic P. Sowings by isolation were made of the three bacteria on DNAse- and Blood-agar to rule out pathogenicity. At the interaction tests, no inhibition halos were observed; demonstrating there was no antagonism among them, thus they were used to constitute a consortium. Growth curve (12 h) in MT11B demonstrated consortium grew in presence of PR, brewer’s yeast hydrolysate, and glucose at concentrations (2.5 g L-1) fourfold lower than those in SMRS1 (10.0 g L-1); obtaining phosphate solubilizing bacteria of (10.60 ± 0.08/ log10 CFUmL-1 and, at 6 h of culture, acid and alkaline phosphatase enzyme volumetric activities of 2.3 ± 0.8 and (3.80 ± 0.13) UP, respectively. The consortium, releasing phosphorus at a rate of (45.80 ± 5.17) mg L-1 at 6 h of production, was evaluated as bioinoculant in onion plots for five months. Plants receiving a treatment that included 500 mL (10 x 107 CFU mL-1) of bioinoculant plus 100 kg ha-1 of an organic mineral fertilizer exhibited the highest determined response variables (170.1 ± 22.2) mm bulb height, (49.4 ± 6.5) mm bulb diameter, (9.0 ± 1.8) g bulb dry weight, and 15.21 mg bulb-1 total phosphorus (p < 0.05)." @default.
- W3174495317 created "2021-07-05" @default.
- W3174495317 creator A5013361152 @default.
- W3174495317 creator A5016075627 @default.
- W3174495317 creator A5018919184 @default.
- W3174495317 creator A5028691142 @default.
- W3174495317 creator A5056817119 @default.
- W3174495317 creator A5065978527 @default.
- W3174495317 creator A5071659900 @default.
- W3174495317 creator A5086151588 @default.
- W3174495317 creator A5087589778 @default.
- W3174495317 creator A5090426155 @default.
- W3174495317 date "2021-05-25" @default.
- W3174495317 modified "2023-09-26" @default.
- W3174495317 title "Bioinoculant production composed by Pseudomonas sp., Serratia sp., and Kosakonia sp., preliminary effect on Allium cepa L., growth at plot scale" @default.
- W3174495317 cites W138752328 @default.
- W3174495317 cites W1513933783 @default.
- W3174495317 cites W1528476172 @default.
- W3174495317 cites W1528890864 @default.
- W3174495317 cites W1551399073 @default.
- W3174495317 cites W1843983393 @default.
- W3174495317 cites W1971392074 @default.
- W3174495317 cites W1983955888 @default.
- W3174495317 cites W1986712247 @default.
- W3174495317 cites W1987539490 @default.
- W3174495317 cites W1991927637 @default.
- W3174495317 cites W2006646880 @default.
- W3174495317 cites W2006875178 @default.
- W3174495317 cites W2009674410 @default.
- W3174495317 cites W2012708856 @default.
- W3174495317 cites W2017419925 @default.
- W3174495317 cites W2022639634 @default.
- W3174495317 cites W2024768947 @default.
- W3174495317 cites W2040284205 @default.
- W3174495317 cites W2045623885 @default.
- W3174495317 cites W2048861743 @default.
- W3174495317 cites W2066632374 @default.
- W3174495317 cites W2067512655 @default.
- W3174495317 cites W2075435443 @default.
- W3174495317 cites W2076092110 @default.
- W3174495317 cites W2095681783 @default.
- W3174495317 cites W2118257156 @default.
- W3174495317 cites W2136963235 @default.
- W3174495317 cites W2141109765 @default.
- W3174495317 cites W2148521379 @default.
- W3174495317 cites W2148576643 @default.
- W3174495317 cites W2154680938 @default.
- W3174495317 cites W2155520240 @default.
- W3174495317 cites W2170505575 @default.
- W3174495317 cites W2185859990 @default.
- W3174495317 cites W2186157391 @default.
- W3174495317 cites W2225036768 @default.
- W3174495317 cites W2292219550 @default.
- W3174495317 cites W2334475602 @default.
- W3174495317 cites W2339104108 @default.
- W3174495317 cites W2401220383 @default.
- W3174495317 cites W2403603321 @default.
- W3174495317 cites W2547673120 @default.
- W3174495317 cites W2567273352 @default.
- W3174495317 cites W2576163328 @default.
- W3174495317 cites W2581656358 @default.
- W3174495317 cites W2587085769 @default.
- W3174495317 cites W2588077939 @default.
- W3174495317 cites W2602520783 @default.
- W3174495317 cites W2619667208 @default.
- W3174495317 cites W2621263386 @default.
- W3174495317 cites W2729285086 @default.
- W3174495317 cites W2736158243 @default.
- W3174495317 cites W2751611942 @default.
- W3174495317 cites W2753369155 @default.
- W3174495317 cites W2754856830 @default.
- W3174495317 cites W2775842006 @default.
- W3174495317 cites W2786422928 @default.
- W3174495317 cites W2789917069 @default.
- W3174495317 cites W2794603256 @default.
- W3174495317 cites W2795146455 @default.
- W3174495317 cites W2796303672 @default.
- W3174495317 cites W2802469428 @default.
- W3174495317 cites W2806903280 @default.
- W3174495317 cites W2889193517 @default.
- W3174495317 cites W2889917760 @default.
- W3174495317 cites W2894325991 @default.
- W3174495317 cites W2894427122 @default.
- W3174495317 cites W2898913070 @default.
- W3174495317 cites W2899085381 @default.
- W3174495317 cites W2915387333 @default.
- W3174495317 cites W2921766892 @default.
- W3174495317 cites W2923249385 @default.
- W3174495317 cites W2945120089 @default.
- W3174495317 cites W2945459005 @default.
- W3174495317 cites W2945628560 @default.
- W3174495317 cites W3039478833 @default.
- W3174495317 cites W2187482261 @default.
- W3174495317 doi "https://doi.org/10.11144/javeriana.sc26-1.eobp" @default.
- W3174495317 hasPublicationYear "2021" @default.
- W3174495317 type Work @default.
- W3174495317 sameAs 3174495317 @default.
- W3174495317 citedByCount "4" @default.