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1 l enzyme that catalyzes the glucosylation of allelopathic 3-hydroxy-alpha-damascone, 3-oxo-alpha-iono
2                                          The allelopathic activity of naturally occurring quinones an
3 ral functions in plants, including increased allelopathic activity of the aglycone, facilitating exud
4 ls of Sorghum spp., accounts for much of the allelopathic activity of the genus.
5                  Momilactones from rice have allelopathic activity, the ability to inhibit growth of
6 en bromide (BrCN), which exhibits pronounced allelopathic activity.
7 t growth in Arabidopsis thaliana, validating allelopathic activity.
8  polyacetylenes, whose major constituent was allelopathic against a heterospecific competitor, Poa pr
9 s a number of phytoalexins, and at least one allelopathic agent, from syn-copalyl diphosphate (CPP),
10 ay-guided fractionation of extracts from two allelopathic algae led to identification of two loliolid
11  corals varied markedly in susceptibility to allelopathic algae, with globally declining corals such
12 genic vs nontoxigenic Microcystis, including allelopathic and Black Queen interactions.
13                                              Allelopathic chemicals released by plants into the rhizo
14 and the quinone head of sorgoleone, the main allelopathic component of the oily root exudate of Sorgh
15                                              Allelopathic compounds appear to target multiple physiol
16 o be mediated by the increased production of allelopathic compounds in S. altissima.
17  invasion success is partially attributed to allelopathic compounds release and more benefits from AM
18 anipulation to ablate production of putative allelopathic compounds, but such an approach previously
19       Sorghum bicolor is considered to be an allelopathic crop species, producing phytotoxins such as
20  Sorghum is considered to be one of the more allelopathic crop species, producing phytotoxins such as
21 ill suppress seaweeds and lower frequency of allelopathic damage to corals if reefs retain intact foo
22 unity dynamics should A. petiolata (which is allelopathic) decline.
23 ver (USA) FDP, reveal new details of a known allelopathic effect of one of the Wind River gymnosperm
24                                 We show that allelopathic effects are H(2)O(2) dependent and link BrC
25 oplankton, presumably through the release of allelopathic exotoxins that offer advantages for Prymnes
26  has been relatively well studied due to its allelopathic function, with most enzymes involved in its
27 oid corals that had been in contact with the allelopathic Galaxaura filamentosa, suggesting that chem
28  metabolites produced by alien plants may be allelopathic; if they enter the soil, they may be transp
29 the allelochemical-selected microbiome, with allelopathic inhibition of plant productivity moderately
30                                              Allelopathic interactions and resource competition have
31 d light has been studied for many years, but allelopathic interactions between them have been more di
32  highlight the importance of competitive and allelopathic interactions in regulating the occurrence o
33 s appear polygenic, linked with inter-strain allelopathic interactions in the rhizosphere.
34 that an McC-like molecule is involved in the allelopathic interactions with CC9605.
35 regularly applied either green leaves of the allelopathic invader Alliaria petiolata, a nonsystemic f
36 f native species in ecosystems challenged by allelopathic invaders: RFS mutualism disruption drives c
37 h signaling chemicals and allelochemicals in allelopathic plant-plant interactions.
38 rial parts on their chemical composition and allelopathic potential, assessed on lettuce germination
39 olor), is likely responsible for much of the allelopathic properties of sorghum root exudates against
40 leone, which likely accounts for many of the allelopathic properties of Sorghum spp.
41                              The interesting allelopathic properties, combined with their unprecedent
42  in T. versicolor root tips treated with the allelopathic quinone 2,6-dimethoxybenzoquinone (DMBQ).
43 parasitic plant Triphysaria treated with the allelopathic quinone 2,6-dimethoxybenzoquinone (DMBQ).
44 hat TvQR2-like proteins function to detoxify allelopathic quinones in the rhizosphere, while TvQR1 ha
45 a primary response to treatment with various allelopathic quinones.
46                  These patterns suggest that allelopathic seaweed-coral interactions can be important
47 genetic variation in the concentration of an allelopathic secondary compound in Brassica nigra is nec
48 nutrients, many plant species have developed allelopathic strategies to suppress competitors.
49 quency of seaweed-coral contacts, increasing allelopathic suppression of remaining corals, and contin
50 ndings provide fundamental information on an allelopathic system that could be a novel and attractive
51                        K. brevis is variably allelopathic to multiple competitors, typically causing
52 anges likely stem in part from reductions in allelopathic traits in the invader and evolution of tole
53 l agents, enhancement of crop competition or allelopathic traits, and production of cover crops that
54 allelopathy, and (iii) that one macroalga is allelopathic under conditions of elevated CO2, but not a
55    Rankings of macroalgae from most to least allelopathic were similar across the three coral genera
56                                   We used an allelopathic wheat model system challenged with 60 targe