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1 to produce a lipopeptide that functions as a biosurfactant.
2 scued for swarming by external addition of a biosurfactant.
3 ydrophobic amino acids, it can function as a biosurfactant.
4 m is selective for living cells that produce biosurfactants.
5 xploitation of a new generation of microbial biosurfactants.
6  requiring massive secretions of rhamnolipid biosurfactants.
7 development of lipid-based nanosystems using biosurfactants.
8 al drugs and some of the most-powerful known biosurfactants.
9 lecular genetics of two structurally diverse biosurfactants, a glycolipid and a lipopeptide, were the
10 est formulation (1% of water phase, 0.05% of biosurfactant and solid:liquid ratio of 10:90) was stabl
11 est formulation (1% of water phase, 0.05% of biosurfactant and solid:liquid ratio of 10:90) was stabl
12  surface wettability changes by bacteria and biosurfactants and find new and reliable methods to prev
13 ivity, and mutual synergism of antimicrobial biosurfactants and reduced destabilization of membrane p
14               Rhamnolipids are extracellular biosurfactants and virulence factors secreted by the opp
15 g its indispensable role as a proton source, biosurfactant, and bioreductant, enabling the reduction
16 ecules (carboxymethyl cellulose, rhamnolipid biosurfactants, and soy protein) on the aggregation and
17 ed with carboxymethyl cellulose, rhamnolipid biosurfactants, and soy protein.
18                                              Biosurfactants are also attractive because they are less
19 bolic prudence works because the carbon-rich biosurfactants are only produced when growth is limited
20                                  Sugar-based biosurfactants are safer and healthier alternatives to s
21                                              Biosurfactants are surface-active microbial products tha
22  SapB represents an important class of these biosurfactants, as illustrated by its ability to restore
23                      By the addition of SPB1 biosurfactant at 0.1%, the dough texture profile was sig
24                                              Biosurfactants at the air-water interface generated by m
25                           The most promising biosurfactants at the present time are the glycolipids,
26 onfinement-induced anti-adhesive rhamnolipid biosurfactant 'autolubrication'.
27 olites identified a new class of lipopeptide biosurfactants/biofilm modulators (the malleipeptins) an
28 atory mechanisms of the originally described biosurfactants, both of which are controlled by quorum s
29                                              Biosurfactants (BSs) attract increasing attention as sus
30      In this study we show that rhamnolipid (biosurfactant)-coated Pd-NZVI (RL-Pd-NZVI) when reacted
31 tically manipulating a strain to produce the biosurfactants constitutively we show that swarming beco
32                                 This loss in biosurfactant efficiency in promoting biodegradation can
33 pB is required for their ability to serve as biosurfactants facilitating the emergence of newly forme
34 esters, which have potential applications as biosurfactants for the food industry featuring low surfa
35                             In this study, a biosurfactant from marine sponge associated bacteria MS4
36  nuclease, S-layer protein, or serratamolide biosurfactant in activation of autophagy.
37 that bacteria can indeed spread by producing biosurfactants in a model soil, which consists of packed
38   The addition of rhamnolipid as an external biosurfactant increased the diesel biodegradation rate.
39  bacterial corner flow to occur based on the biosurfactant-induced change in the contact angle of the
40                              The rhamnolipid biosurfactant is more efficient for the solubilization c
41  but that while their ability to function as biosurfactants is conserved, their specific lantibiotic
42                                   The use of biosurfactants is the best choice for the removal of wat
43                            The production of biosurfactants is tightly regulated at the transcription
44 otile and displays increased production of a biosurfactant-like substance, reduced intracellular surv
45 ent molecular size: rhamnolipid (RL, anionic biosurfactant, M.W. 600 g mol(-1)) and carboxymethylcell
46  we report that abundantly produced peptidic biosurfactants, malpinin A-D, exhibit robust inhibitory
47 the other surface modifiers, suggesting that biosurfactants may be the most suitable surface modifier
48                                          The biosurfactant MS48 was characterized as lipopeptide base
49                                              Biosurfactants offer the possibility of replacing chemic
50 s to investigate the effect of a rhamnolipid biosurfactant on biodegradation of (14)C-labeled phenant
51                    With the addition of SPB1 biosurfactant on cookies' dough, we manage to obtain coo
52                The production of hygroscopic biosurfactants on waxy leaf surfaces apparently benefits
53  metabolic prudence: wild-type cells secrete biosurfactants only when the cost of their production an
54 heir own because they lack production of the biosurfactant orfamide A, but they do co-swarm with orfa
55 Myxococcus xanthus, the secretion of a novel biosurfactant polysaccharide (BPS) is spatially modulate
56                            Glycyrrhizin is a biosurfactant present in the licorice root and possesses
57                           We show that these biosurfactants produced by bacteria can be indicator mol
58 ential as an efficient diesel decomposer and biosurfactant producer in pure or mixed cultures for the
59                                            A biosurfactant-producing isolate, Bacillus subtilis AHV-K
60 ted to the adsorption of bacterial cells and biosurfactant production appear, which are the main fact
61                                              Biosurfactant production by bacteria on leaf surfaces is
62 d surfaces, requires functional flagella and biosurfactant production, and results in complex motilit
63 ll-cell communication process that regulates biosurfactant production.
64  topographies due to the loss of rhamnolipid biosurfactant production.
65                                          The biosurfactant provided a clean and green method for both
66 lbumin (alphaLA) and myoglobin (Mb) with the biosurfactant rhamnolipid (RL).
67 variants detach by a mechanism requiring the biosurfactant rhamnolipid and that this detachment mecha
68 ort, we show that the P. aeruginosa-produced biosurfactant rhamnolipid greatly enhances the solubilit
69  also evaluated the effect of the phytogenic biosurfactant, saponin, on PCB bioavailability and biode
70        A novel approach for the synthesis of biosurfactant stabilized/functionalized tungsten disulfi
71 rstanding why certain surfactants, including biosurfactants such as antimicrobial lipopeptides and sa
72 during swarming, we tested the effect of the biosurfactant surfactin on biofilm formation.
73                     Here we investigated the biosurfactants that the bacterium Pseudomonas aeruginosa
74 cola is well-studied for the production of a biosurfactant, the sophorolipids.
75 ive for industrial sustainability has pushed biosurfactants to the top of the agenda of many companie
76       S. denitrificans cells did not produce biosurfactants upon growth on cholesterol and exhibited
77 d via one-step liquid exfoliation method and biosurfactant was used as a functionalization and stabil
78                                In this work, biosurfactants were synthesized via the esterification o