BB-norm@ldeleger:BB-norm-15281948
Annnotations
Below, discontinuous spans are shown in the chain model. You can change it to the bag model.
| Id | Subject | Object | Predicate | Lexical cue |
|---|---|---|---|---|
| T6-0 | 0-7 | _FRAGMENT | denotes | Mineral |
| T1 | 0-82 | Title | denotes | Mineral and carbon usage of two synthetic pyrethroid degrading bacterial isolates. |
| T7 | 12-24 | Phenotype | denotes | carbon usage |
| T6-1 | 19-24 | Phenotype | denotes | usage |
| T8 | 32-62 | Phenotype | denotes | synthetic pyrethroid degrading |
| T2 | 83-241 | Paragraph | denotes | To investigate the biodegrading ability and cometabolism of synthetic pyrethroid (SP) utilizing bacteria in cultures with various minerals and carbon sources. |
| T9 | 102-122 | Phenotype | denotes | biodegrading ability |
| T10 | 127-163 | Phenotype | denotes | cometabolism of synthetic pyrethroid |
| T11 | 191-240 | Habitat | denotes | cultures with various minerals and carbon sources |
| T3 | 242-766 | Paragraph | denotes | Previously isolated SP-degrading Pseudomonas sp. and Serratia sp. were used in cultures containing either flumethrin SP or cypermethrin SP formulations. The culture media consisted of either (i) water only, (ii) water and sucrose, (iii) mineral broth or (iv) mineral broth and sucrose. The growth of both organisms was greatest in the mineral broth and sucrose medium, but the growth-limiting factor for Pseudomonas sp. strain Circle was the mineral content whereas for Serratia sp. strain White it was the carbon substrate. |
| T12 | 262-274 | Phenotype | denotes | SP-degrading |
| T13 | 275-290 | Microorganism | denotes | Pseudomonas sp. |
| T14 | 295-307 | Microorganism | denotes | Serratia sp. |
| T16-0 | 321-340 | _FRAGMENT | denotes | cultures containing |
| T15-0 | 321-340 | _FRAGMENT | denotes | cultures containing |
| T16-1 | 348-361 | Habitat | denotes | flumethrin SP |
| T15-1 | 365-393 | Habitat | denotes | cypermethrin SP formulations |
| T17 | 437-442 | Habitat | denotes | water |
| T18 | 454-459 | Habitat | denotes | water |
| T19 | 454-471 | Habitat | denotes | water and sucrose |
| T20 | 479-492 | Habitat | denotes | mineral broth |
| T21 | 501-526 | Habitat | denotes | mineral broth and sucrose |
| T22 | 577-609 | Habitat | denotes | mineral broth and sucrose medium |
| T23 | 646-675 | Microorganism | denotes | Pseudomonas sp. strain Circle |
| T24 | 684-699 | Habitat | denotes | mineral content |
| T25 | 712-737 | Microorganism | denotes | Serratia sp. strain White |
| T26 | 749-765 | Habitat | denotes | carbon substrate |
| T4 | 767-905 | Paragraph | denotes | The greatest extent of degradation of both SP-based compounds occurred with Pseudomonas sp. strain Circle but was dependant on the medium. |
| T27 | 790-828 | Phenotype | denotes | degradation of both SP-based compounds |
| T28 | 843-872 | Microorganism | denotes | Pseudomonas sp. strain Circle |
| T5 | 906-1167 | Paragraph | denotes | This investigation could lead to the development of a relatively inexpensive medium supplement to enhance the microbial biodegradation of undesirable compounds, either in situ or ex situ. In this particular case, for the biodegradation of SPs used in sheep dip. |
| T29 | 1026-1040 | Phenotype | denotes | biodegradation |
| T30 | 1127-1148 | Phenotype | denotes | biodegradation of SPs |
| T31 | 1157-1162 | Habitat | denotes | sheep |
| T32 | 1157-1166 | Habitat | denotes | sheep dip |
| C-T15-0 | T15-1 | T15-0 | _lexicallyChainedTo | cypermethrin SP formulations,cultures containing |
| C-T16-0 | T16-1 | T16-0 | _lexicallyChainedTo | flumethrin SP,cultures containing |
| C-T6-0 | T6-1 | T6-0 | _lexicallyChainedTo | usage,Mineral |