Figure S1 HPLC chromatogram of purified compounds from S. antibioticus strain M7: (a) fractions (27â35), b) mixture of compounds P2 and P3, (c) compound P1, (d) compound P2, (e) compound P3. 1: Compound P1, 2: Compound P2, 3: Compound P3. Figure S2 (a) Thin layer chromatography of Streptomyces M7 crude extract (c), mixture of purified compounds (M) and purified compounds (P). (b) Bioautography of purified compounds of S. antibioticus strain M7 against B. subtilis. Figure S3 FT-IR Spectrum of purified compounds (a) Actinomycin V (P1), (b) Actinomycin X2 (P2), (c) Actinomycin D (P3). (DOCX 1971 kb
Abstract Background The increased rate of resistance among two highly concerned pathogens i.e. methi...
Figure S2. TLC analysis and HPLC analysis of the dichloromethane extract in bioflocculant. (JPG 127 ...
Additional file 1: Fig. S1. Growth curves of L. rhamnosus GG in MRS medium. Fig. S2. Growth curves o...
Figure S4 (a-d): 1H NMR spectra of purified Actinomycin V (P1). Figure S5 (a-f): 1H NMR spectra of p...
Figure S2. â96 well plate showing minimum inhibitory concentration (MIC) of EA-PWS52 extract again...
Figure S2. Antibacterial activity of the selected actinobacterial strains against MRSA isolates: (A,...
Figure S1. UV and ESI-MS spectra of SEK15b (3, a), chromomycin A3 (1, b) and chromomycin A2 (2, c). ...
Actinomyces 1992, Vol.3, No.1 BIOLOGICAL AND CHEMICAL CHARACTERIZATION OF THE ANTIBIOTIC ACTIVITY OF...
Figure S1. Comparison of growth and paromomycin activity by S .rimosus using optimized and un-optimi...
Growth of reporter strains S. mutans 150p, P1914p and 423p (with gfp+). gfp + tagged reporter strain...
Clustal Omega multiple sequence alignment of −20 to +20 of mecA of NCTC 13142 and HH-1 to selected e...
Table S1. Primers used to amplify, sequence and quantify S. aureus efflux pumps, 23âs rRNA, riboso...
Details of the antimicrobial resistance profiles of all tested microorganisms is described in Tables...
Table S1. Antibiotic susceptibility test. Figure S1. The mass spectrum of the constituents (1-12) id...
Table S2. Analysis of the effect of coupling SCO1212 and SCO1213 to pVJ and pVJc on the growth of th...
Abstract Background The increased rate of resistance among two highly concerned pathogens i.e. methi...
Figure S2. TLC analysis and HPLC analysis of the dichloromethane extract in bioflocculant. (JPG 127 ...
Additional file 1: Fig. S1. Growth curves of L. rhamnosus GG in MRS medium. Fig. S2. Growth curves o...
Figure S4 (a-d): 1H NMR spectra of purified Actinomycin V (P1). Figure S5 (a-f): 1H NMR spectra of p...
Figure S2. â96 well plate showing minimum inhibitory concentration (MIC) of EA-PWS52 extract again...
Figure S2. Antibacterial activity of the selected actinobacterial strains against MRSA isolates: (A,...
Figure S1. UV and ESI-MS spectra of SEK15b (3, a), chromomycin A3 (1, b) and chromomycin A2 (2, c). ...
Actinomyces 1992, Vol.3, No.1 BIOLOGICAL AND CHEMICAL CHARACTERIZATION OF THE ANTIBIOTIC ACTIVITY OF...
Figure S1. Comparison of growth and paromomycin activity by S .rimosus using optimized and un-optimi...
Growth of reporter strains S. mutans 150p, P1914p and 423p (with gfp+). gfp + tagged reporter strain...
Clustal Omega multiple sequence alignment of −20 to +20 of mecA of NCTC 13142 and HH-1 to selected e...
Table S1. Primers used to amplify, sequence and quantify S. aureus efflux pumps, 23âs rRNA, riboso...
Details of the antimicrobial resistance profiles of all tested microorganisms is described in Tables...
Table S1. Antibiotic susceptibility test. Figure S1. The mass spectrum of the constituents (1-12) id...
Table S2. Analysis of the effect of coupling SCO1212 and SCO1213 to pVJ and pVJc on the growth of th...
Abstract Background The increased rate of resistance among two highly concerned pathogens i.e. methi...
Figure S2. TLC analysis and HPLC analysis of the dichloromethane extract in bioflocculant. (JPG 127 ...
Additional file 1: Fig. S1. Growth curves of L. rhamnosus GG in MRS medium. Fig. S2. Growth curves o...