<p>Total proteins in cells treated with or without the MOL extract were measured. Equal amounts of total proteins (20 µg) were separated on a 10% SDS polyacrylamide gel, stained with Comassie brilliant blue, and destained. The box highlights the molecular weight region of interest.</p
<p>The lanes were loaded as follows: lane M, protein molecular weight standards; lane 1, supernatant...
The most common technique for separating and visualizing proteins in their native state is polyacryl...
<p>(A) The amount of total protein that can be extracted at a density of 5×10<sup>8</sup> cells/ml i...
<p>The purified proteins were separated on a 12.5% gel under reducing or non-reducing conditions: (A...
<p>Protein weight marker (lane M), cell extract of <i>E. coli</i> LMG194/pBADRSFP (lane A), pooled f...
<p>A) Lane M, protein molecular weight markers; lane 1, uninduced cell sample; line 2, induced cell ...
<p>Proteins (∼2 µg per lane) were reduced with 5% BME or loaded on a 12% gel in non-reducing conditi...
<p>Replicates (A and B) of proteins extracted from cells exposed to UV or darkness, electrophoresed ...
<p>The four gels show (A) molecular weight markers, with molecular weights given in KDa, (B) the Ext...
<p>12.5% PA-gels were used and stained with Coomassie Brilliant Blue R-250. a) Lane 1, <i>M. album</...
<p>2D-DIGE image of proteins of aggregates isolated using SDS (A). Spots corresponding to proteins f...
<p>The lanes were loaded as follows: lane M, protein molecular weight standards; lane 1, purified Li...
<p>A) Western blot of gp96 and β-action from gp96 WT and KO B cells. B) 50 μg of protein lysate was ...
The left panel shows proteins from Chroococcidiopsis cubana cells (CCALA 043) extracted using ACN/2%...
<p>A represented the SDS-PAGE of whole-cell protein. Lane 1, protein marker; lane 2, the cell withou...
<p>The lanes were loaded as follows: lane M, protein molecular weight standards; lane 1, supernatant...
The most common technique for separating and visualizing proteins in their native state is polyacryl...
<p>(A) The amount of total protein that can be extracted at a density of 5×10<sup>8</sup> cells/ml i...
<p>The purified proteins were separated on a 12.5% gel under reducing or non-reducing conditions: (A...
<p>Protein weight marker (lane M), cell extract of <i>E. coli</i> LMG194/pBADRSFP (lane A), pooled f...
<p>A) Lane M, protein molecular weight markers; lane 1, uninduced cell sample; line 2, induced cell ...
<p>Proteins (∼2 µg per lane) were reduced with 5% BME or loaded on a 12% gel in non-reducing conditi...
<p>Replicates (A and B) of proteins extracted from cells exposed to UV or darkness, electrophoresed ...
<p>The four gels show (A) molecular weight markers, with molecular weights given in KDa, (B) the Ext...
<p>12.5% PA-gels were used and stained with Coomassie Brilliant Blue R-250. a) Lane 1, <i>M. album</...
<p>2D-DIGE image of proteins of aggregates isolated using SDS (A). Spots corresponding to proteins f...
<p>The lanes were loaded as follows: lane M, protein molecular weight standards; lane 1, purified Li...
<p>A) Western blot of gp96 and β-action from gp96 WT and KO B cells. B) 50 μg of protein lysate was ...
The left panel shows proteins from Chroococcidiopsis cubana cells (CCALA 043) extracted using ACN/2%...
<p>A represented the SDS-PAGE of whole-cell protein. Lane 1, protein marker; lane 2, the cell withou...
<p>The lanes were loaded as follows: lane M, protein molecular weight standards; lane 1, supernatant...
The most common technique for separating and visualizing proteins in their native state is polyacryl...
<p>(A) The amount of total protein that can be extracted at a density of 5×10<sup>8</sup> cells/ml i...
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