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de rehydration buffer  (Cytiva Europe)


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    Cytiva Europe de rehydration buffer
    De Rehydration Buffer, supplied by Cytiva Europe, used in various techniques. Bioz Stars score: 93/100, based on 47 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/2+de+buffer/2-D+Protein+Extraction+Buffer-II/pm31725280-69-7-31
    Average 93 stars, based on 47 article reviews
    de rehydration buffer - by Bioz Stars, 2026-09
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    other:

    Article Title: Robust Pseudocapacitive Sodium Cation Intercalation Induced by Cobalt Vacancies at Atomically Thin Co 1-x Se 2 /Graphene Heterostructure for Sodium-Ion Batteries.
    Article Snippet: Electronic structure engineering on electrode materials could bring in a new mechanism to achieve high energy and high power densities in sodium ion batteries.. Herein, we design and create Co vacancies at the interface of atomically thin CoSe2/graphene heterostructure and obtain Co1@xSe2/ graphene heterostructure electrode materials that facilitate significant Na intercalation pseudocapacitance.. Density functional theory (DFT) calculation suggests that the Na adsorption energy is dramatically increased, and the Na diffusion barrier is remarkably reduced due to the introduction of Co vacancy.

    Article Title: The role of the two-component systems Cpx and Arc in protein alterations upon gentamicin treatment in Escherichia coli
    Article Snippet: In the first dimension, proteins were separated by their isoelectric point (pI) during isoelectric focusing on immobilized pH gradient (IPG) strips using a MultiphorTM II system (GE Healthcare Life Sciences, Freiburg, Germany) according to factory instructions in a pH range between 4.5 and 5.5 to ensure a high resolution in the expected range of ArcA (pI 5.2 according to ExPASy.org ).

    Isolation:

    Article Title: Peripheral blood mononuclear cell proteome profile in Behçet's syndrome.
    Article Snippet: Behçet’s syndrome (BS) is a systemic inflammatory disorder with unknown etiology.. Investigation of proteome profiles of disease specific cells facilitates our understanding of the processes and related molecular pathways, especially in disorders like BS with complex inheritance pattern and clinical heterogeneity.. In the current study, we evaluated the peripheral blood mononuclear cells (PBMCs) proteome of 59 patients with BS (33 in active and 26 in inactive phases) and of 28 healthy controls using two-dimensional fluorescence difference gel electrophoresis (2D-DIGE).

    Protein Extraction:

    Article Title: Peripheral blood mononuclear cell proteome profile in Behçet's syndrome.
    Article Snippet: Behçet’s syndrome (BS) is a systemic inflammatory disorder with unknown etiology.. Investigation of proteome profiles of disease specific cells facilitates our understanding of the processes and related molecular pathways, especially in disorders like BS with complex inheritance pattern and clinical heterogeneity.. In the current study, we evaluated the peripheral blood mononuclear cells (PBMCs) proteome of 59 patients with BS (33 in active and 26 in inactive phases) and of 28 healthy controls using two-dimensional fluorescence difference gel electrophoresis (2D-DIGE).



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    Effect of glucose on the mRNA and protein expression of TvLEGU-2. ( A ) qPCR with specific primers for the tvlegu-2 and α-tubulin genes using 100 ng of cDNA from parasites grown in glucose restriction (GR) and high-glucose (HG) conditions. α-tubulin was used as a normalizing gene; ns, no significant differences. ( B ) Western blot assay of PREs from parasites grown under GR (<1 mM) and HG (50 mM). Coomassie Brilliant-Blue (CBB)-stained 10% SDS PAGE gel for PREs from parasites grown under GR and HG conditions (Lanes 2 and 3), respectively. For WB assays, duplicate gels were transferred onto NC membranes and incubated with different antibodies: Rα-TvLEGU-2pep (1:500 dilution) to detect the TvLEGU-2 protein, Rα-TvCP2r (1:6000 dilution) to detect a control protein overexpressed under GR conditions, Rα-TvTIM (1:1000 dilution) to detect an overexpressed TvTIM control protein under HG conditions, and a negative control with PI serum or no primary antibody (−). Arrowheads show the position of the native TvLEGU-2 (∼55, ∼49, ∼34, and ∼29 kDa) protein bands. ( C ) Silver-stained <t>2-DE</t> protease-rich extracts from parasites grown in normal glucose conditions (25 mM) ( Ca ). WB of duplicate gels transferred onto NC membranes incubated with Rα-TvLEGU-1r (1:1000 dilution) antibody ( Cc ) to serve as a control for the specificity of Rα-TvLEGU-2pep antibody against other legumain proteins, Rα-TvLEGU-2pep (1:100 dilution) ( Cd ) to detect the TvLEGU-2 protein in PREs, or a negative control with PI serum or no primary antibody (−) ( Cb ). Arrowheads show the position of the native TvLEGU-2 (∼34 and ∼29 kDa) proteins. ( D ) Coomassie Brilliant Blue-stained, purified recombinant TvLEGU-1r protein (CBB; Lane 1). WB assays of TvLEGU-1r incubated with Rα-TvLEGU-1r (1:3000 dilution) (Lane 3), or Rα-TvLEGU-2pep (1:1000 dilution) (Lane 4) antibody or PI serum or only the secondary antibody as a negative control (−) (Lane 2). Arrowhead points to the recombinant protein band TvLEGU-1r (∼46 kDa). ( E ) Coomassie Brilliant Blue-stained, purified recombinant TvLEGU-2r protein (CBB; Lane 1). WB assays of TvLEGU-2r incubated with Rα-TvLEGU-2pep (1:1000 dilution) (Lane 4), or Rα-TvLEGU-1r (1:3000 dilution) (Lane 3) antibody, or PI serum or only the secondary antibody as a negative control (−) (Lane 2). Arrowhead points to the recombinant protein band TvLEGU-2r (∼85 kDa). kDa, molecular weight markers in kilodaltons (Bio-Rad).
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    The <t>2-DE</t> proteome images of control (A) and RC-treated (B) platelets. The differentially expressed protein spots were shown by the arrows.
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    Figure 1 Identification of the BaMV-induced proteins in the S100 fraction. A, Genome of BaMV. B, Schematic representations of infectious con- structs which were BaMV-derived in this study. pKn, a binary vector which can express foreign genes driven by the upstream double 35S promoter of cauliflower mosaic virus. It also has a nopaline synthase (Nos) terminator. pKB, which has an infectious full-length BaMV construct in the pKn vector. pKB GFP, has a GFP ORF downstream of TGBp3, which was driven by the same promoter as CP. pKB GFP-2a-CP, GFP, and CP are linked with a 2a protein. <t>C,</t> <t>2-DE</t> analysis of S100 fractions from vector- or BaMV-inoculated N. benthamiana. S100 fractions were extracted at 7 dpi. The proteins from S100 were separated by 2-DE analysis and the excised differentiated dots (indicated as numbers) were analyzed by LC–MS/MS. Agrobacterium tumefaciens bearing pKn or pKB plasmid was infiltrated into 28-d-old N. benthamiana. The infiltrated leaves were collected at 7 dpi. D, Total RNA was extracted from infiltrated leaves and mRNA levels of NbVDACs were quantified by RT-qPCR. Data are mean ± standard de- viation (SD) from at least three independent experiments with three replicates each (N 5 3, n = 3) Asterisks indicate statistically significant differ- ences between the indicated groups by Student’s t test (**P 5 0.01, ***P 5 0.001).
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    Figure 1 Identification of the BaMV-induced proteins in the S100 fraction. A, Genome of BaMV. B, Schematic representations of infectious con- structs which were BaMV-derived in this study. pKn, a binary vector which can express foreign genes driven by the upstream double 35S promoter of cauliflower mosaic virus. It also has a nopaline synthase (Nos) terminator. pKB, which has an infectious full-length BaMV construct in the pKn vector. pKB GFP, has a GFP ORF downstream of TGBp3, which was driven by the same promoter as CP. pKB GFP-2a-CP, GFP, and CP are linked with a 2a protein. <t>C,</t> <t>2-DE</t> analysis of S100 fractions from vector- or BaMV-inoculated N. benthamiana. S100 fractions were extracted at 7 dpi. The proteins from S100 were separated by 2-DE analysis and the excised differentiated dots (indicated as numbers) were analyzed by LC–MS/MS. Agrobacterium tumefaciens bearing pKn or pKB plasmid was infiltrated into 28-d-old N. benthamiana. The infiltrated leaves were collected at 7 dpi. D, Total RNA was extracted from infiltrated leaves and mRNA levels of NbVDACs were quantified by RT-qPCR. Data are mean ± standard de- viation (SD) from at least three independent experiments with three replicates each (N 5 3, n = 3) Asterisks indicate statistically significant differ- ences between the indicated groups by Student’s t test (**P 5 0.01, ***P 5 0.001).
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    Figure 1 Identification of the BaMV-induced proteins in the S100 fraction. A, Genome of BaMV. B, Schematic representations of infectious con- structs which were BaMV-derived in this study. pKn, a binary vector which can express foreign genes driven by the upstream double 35S promoter of cauliflower mosaic virus. It also has a nopaline synthase (Nos) terminator. pKB, which has an infectious full-length BaMV construct in the pKn vector. pKB GFP, has a GFP ORF downstream of TGBp3, which was driven by the same promoter as CP. pKB GFP-2a-CP, GFP, and CP are linked with a 2a protein. <t>C,</t> <t>2-DE</t> analysis of S100 fractions from vector- or BaMV-inoculated N. benthamiana. S100 fractions were extracted at 7 dpi. The proteins from S100 were separated by 2-DE analysis and the excised differentiated dots (indicated as numbers) were analyzed by LC–MS/MS. Agrobacterium tumefaciens bearing pKn or pKB plasmid was infiltrated into 28-d-old N. benthamiana. The infiltrated leaves were collected at 7 dpi. D, Total RNA was extracted from infiltrated leaves and mRNA levels of NbVDACs were quantified by RT-qPCR. Data are mean ± standard de- viation (SD) from at least three independent experiments with three replicates each (N 5 3, n = 3) Asterisks indicate statistically significant differ- ences between the indicated groups by Student’s t test (**P 5 0.01, ***P 5 0.001).
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    Figure 1 Identification of the BaMV-induced proteins in the S100 fraction. A, Genome of BaMV. B, Schematic representations of infectious con- structs which were BaMV-derived in this study. pKn, a binary vector which can express foreign genes driven by the upstream double 35S promoter of cauliflower mosaic virus. It also has a nopaline synthase (Nos) terminator. pKB, which has an infectious full-length BaMV construct in the pKn vector. pKB GFP, has a GFP ORF downstream of TGBp3, which was driven by the same promoter as CP. pKB GFP-2a-CP, GFP, and CP are linked with a 2a protein. <t>C,</t> <t>2-DE</t> analysis of S100 fractions from vector- or BaMV-inoculated N. benthamiana. S100 fractions were extracted at 7 dpi. The proteins from S100 were separated by 2-DE analysis and the excised differentiated dots (indicated as numbers) were analyzed by LC–MS/MS. Agrobacterium tumefaciens bearing pKn or pKB plasmid was infiltrated into 28-d-old N. benthamiana. The infiltrated leaves were collected at 7 dpi. D, Total RNA was extracted from infiltrated leaves and mRNA levels of NbVDACs were quantified by RT-qPCR. Data are mean ± standard de- viation (SD) from at least three independent experiments with three replicates each (N 5 3, n = 3) Asterisks indicate statistically significant differ- ences between the indicated groups by Student’s t test (**P 5 0.01, ***P 5 0.001).
    De Rehydration Buffer, supplied by Cytiva Europe, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/2+de+buffer/2-D+Protein+Extraction+Buffer-II/pm31725280-69-7-31
    Average 93 stars, based on 1 article reviews
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    Bio-Rad de rehydration buffer
    Figure 1 Identification of the BaMV-induced proteins in the S100 fraction. A, Genome of BaMV. B, Schematic representations of infectious con- structs which were BaMV-derived in this study. pKn, a binary vector which can express foreign genes driven by the upstream double 35S promoter of cauliflower mosaic virus. It also has a nopaline synthase (Nos) terminator. pKB, which has an infectious full-length BaMV construct in the pKn vector. pKB GFP, has a GFP ORF downstream of TGBp3, which was driven by the same promoter as CP. pKB GFP-2a-CP, GFP, and CP are linked with a 2a protein. <t>C,</t> <t>2-DE</t> analysis of S100 fractions from vector- or BaMV-inoculated N. benthamiana. S100 fractions were extracted at 7 dpi. The proteins from S100 were separated by 2-DE analysis and the excised differentiated dots (indicated as numbers) were analyzed by LC–MS/MS. Agrobacterium tumefaciens bearing pKn or pKB plasmid was infiltrated into 28-d-old N. benthamiana. The infiltrated leaves were collected at 7 dpi. D, Total RNA was extracted from infiltrated leaves and mRNA levels of NbVDACs were quantified by RT-qPCR. Data are mean ± standard de- viation (SD) from at least three independent experiments with three replicates each (N 5 3, n = 3) Asterisks indicate statistically significant differ- ences between the indicated groups by Student’s t test (**P 5 0.01, ***P 5 0.001).
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    Effect of glucose on the mRNA and protein expression of TvLEGU-2. ( A ) qPCR with specific primers for the tvlegu-2 and α-tubulin genes using 100 ng of cDNA from parasites grown in glucose restriction (GR) and high-glucose (HG) conditions. α-tubulin was used as a normalizing gene; ns, no significant differences. ( B ) Western blot assay of PREs from parasites grown under GR (<1 mM) and HG (50 mM). Coomassie Brilliant-Blue (CBB)-stained 10% SDS PAGE gel for PREs from parasites grown under GR and HG conditions (Lanes 2 and 3), respectively. For WB assays, duplicate gels were transferred onto NC membranes and incubated with different antibodies: Rα-TvLEGU-2pep (1:500 dilution) to detect the TvLEGU-2 protein, Rα-TvCP2r (1:6000 dilution) to detect a control protein overexpressed under GR conditions, Rα-TvTIM (1:1000 dilution) to detect an overexpressed TvTIM control protein under HG conditions, and a negative control with PI serum or no primary antibody (−). Arrowheads show the position of the native TvLEGU-2 (∼55, ∼49, ∼34, and ∼29 kDa) protein bands. ( C ) Silver-stained 2-DE protease-rich extracts from parasites grown in normal glucose conditions (25 mM) ( Ca ). WB of duplicate gels transferred onto NC membranes incubated with Rα-TvLEGU-1r (1:1000 dilution) antibody ( Cc ) to serve as a control for the specificity of Rα-TvLEGU-2pep antibody against other legumain proteins, Rα-TvLEGU-2pep (1:100 dilution) ( Cd ) to detect the TvLEGU-2 protein in PREs, or a negative control with PI serum or no primary antibody (−) ( Cb ). Arrowheads show the position of the native TvLEGU-2 (∼34 and ∼29 kDa) proteins. ( D ) Coomassie Brilliant Blue-stained, purified recombinant TvLEGU-1r protein (CBB; Lane 1). WB assays of TvLEGU-1r incubated with Rα-TvLEGU-1r (1:3000 dilution) (Lane 3), or Rα-TvLEGU-2pep (1:1000 dilution) (Lane 4) antibody or PI serum or only the secondary antibody as a negative control (−) (Lane 2). Arrowhead points to the recombinant protein band TvLEGU-1r (∼46 kDa). ( E ) Coomassie Brilliant Blue-stained, purified recombinant TvLEGU-2r protein (CBB; Lane 1). WB assays of TvLEGU-2r incubated with Rα-TvLEGU-2pep (1:1000 dilution) (Lane 4), or Rα-TvLEGU-1r (1:3000 dilution) (Lane 3) antibody, or PI serum or only the secondary antibody as a negative control (−) (Lane 2). Arrowhead points to the recombinant protein band TvLEGU-2r (∼85 kDa). kDa, molecular weight markers in kilodaltons (Bio-Rad).

    Journal: Pathogens

    Article Title: Trichomonas vaginalis Legumain-2, TvLEGU-2, Is an Immunogenic Cysteine Peptidase Expressed during Trichomonal Infection

    doi: 10.3390/pathogens13020119

    Figure Lengend Snippet: Effect of glucose on the mRNA and protein expression of TvLEGU-2. ( A ) qPCR with specific primers for the tvlegu-2 and α-tubulin genes using 100 ng of cDNA from parasites grown in glucose restriction (GR) and high-glucose (HG) conditions. α-tubulin was used as a normalizing gene; ns, no significant differences. ( B ) Western blot assay of PREs from parasites grown under GR (<1 mM) and HG (50 mM). Coomassie Brilliant-Blue (CBB)-stained 10% SDS PAGE gel for PREs from parasites grown under GR and HG conditions (Lanes 2 and 3), respectively. For WB assays, duplicate gels were transferred onto NC membranes and incubated with different antibodies: Rα-TvLEGU-2pep (1:500 dilution) to detect the TvLEGU-2 protein, Rα-TvCP2r (1:6000 dilution) to detect a control protein overexpressed under GR conditions, Rα-TvTIM (1:1000 dilution) to detect an overexpressed TvTIM control protein under HG conditions, and a negative control with PI serum or no primary antibody (−). Arrowheads show the position of the native TvLEGU-2 (∼55, ∼49, ∼34, and ∼29 kDa) protein bands. ( C ) Silver-stained 2-DE protease-rich extracts from parasites grown in normal glucose conditions (25 mM) ( Ca ). WB of duplicate gels transferred onto NC membranes incubated with Rα-TvLEGU-1r (1:1000 dilution) antibody ( Cc ) to serve as a control for the specificity of Rα-TvLEGU-2pep antibody against other legumain proteins, Rα-TvLEGU-2pep (1:100 dilution) ( Cd ) to detect the TvLEGU-2 protein in PREs, or a negative control with PI serum or no primary antibody (−) ( Cb ). Arrowheads show the position of the native TvLEGU-2 (∼34 and ∼29 kDa) proteins. ( D ) Coomassie Brilliant Blue-stained, purified recombinant TvLEGU-1r protein (CBB; Lane 1). WB assays of TvLEGU-1r incubated with Rα-TvLEGU-1r (1:3000 dilution) (Lane 3), or Rα-TvLEGU-2pep (1:1000 dilution) (Lane 4) antibody or PI serum or only the secondary antibody as a negative control (−) (Lane 2). Arrowhead points to the recombinant protein band TvLEGU-1r (∼46 kDa). ( E ) Coomassie Brilliant Blue-stained, purified recombinant TvLEGU-2r protein (CBB; Lane 1). WB assays of TvLEGU-2r incubated with Rα-TvLEGU-2pep (1:1000 dilution) (Lane 4), or Rα-TvLEGU-1r (1:3000 dilution) (Lane 3) antibody, or PI serum or only the secondary antibody as a negative control (−) (Lane 2). Arrowhead points to the recombinant protein band TvLEGU-2r (∼85 kDa). kDa, molecular weight markers in kilodaltons (Bio-Rad).

    Article Snippet: For 2-DE assays, PRE was obtained from parasites (6 × 10 7 ) lysed directly in 2-DE rehydration buffer (Bio-Rad, Hercules, CA, USA) in the absence of proteinase inhibitors.

    Techniques: Expressing, Western Blot, Staining, SDS Page, Incubation, Negative Control, Purification, Recombinant, Molecular Weight

    The 2-DE proteome images of control (A) and RC-treated (B) platelets. The differentially expressed protein spots were shown by the arrows.

    Journal: Pharmaceutical Biology

    Article Title: Differential proteomic analysis of platelets suggested target-related proteins in rabbit platelets treated with Rhizoma Corydalis

    doi: 10.1080/13880209.2016.1229340

    Figure Lengend Snippet: The 2-DE proteome images of control (A) and RC-treated (B) platelets. The differentially expressed protein spots were shown by the arrows.

    Article Snippet: Two-dimensional electrophoresis analysis was performed on a GE 2-DE system.

    Techniques:

    Figure 1 Identification of the BaMV-induced proteins in the S100 fraction. A, Genome of BaMV. B, Schematic representations of infectious con- structs which were BaMV-derived in this study. pKn, a binary vector which can express foreign genes driven by the upstream double 35S promoter of cauliflower mosaic virus. It also has a nopaline synthase (Nos) terminator. pKB, which has an infectious full-length BaMV construct in the pKn vector. pKB GFP, has a GFP ORF downstream of TGBp3, which was driven by the same promoter as CP. pKB GFP-2a-CP, GFP, and CP are linked with a 2a protein. C, 2-DE analysis of S100 fractions from vector- or BaMV-inoculated N. benthamiana. S100 fractions were extracted at 7 dpi. The proteins from S100 were separated by 2-DE analysis and the excised differentiated dots (indicated as numbers) were analyzed by LC–MS/MS. Agrobacterium tumefaciens bearing pKn or pKB plasmid was infiltrated into 28-d-old N. benthamiana. The infiltrated leaves were collected at 7 dpi. D, Total RNA was extracted from infiltrated leaves and mRNA levels of NbVDACs were quantified by RT-qPCR. Data are mean ± standard de- viation (SD) from at least three independent experiments with three replicates each (N 5 3, n = 3) Asterisks indicate statistically significant differ- ences between the indicated groups by Student’s t test (**P 5 0.01, ***P 5 0.001).

    Journal: Plant physiology

    Article Title: Voltage-dependent anion channel proteins associate with dynamic Bamboo mosaic virus-induced complexes.

    doi: 10.1093/plphys/kiab519

    Figure Lengend Snippet: Figure 1 Identification of the BaMV-induced proteins in the S100 fraction. A, Genome of BaMV. B, Schematic representations of infectious con- structs which were BaMV-derived in this study. pKn, a binary vector which can express foreign genes driven by the upstream double 35S promoter of cauliflower mosaic virus. It also has a nopaline synthase (Nos) terminator. pKB, which has an infectious full-length BaMV construct in the pKn vector. pKB GFP, has a GFP ORF downstream of TGBp3, which was driven by the same promoter as CP. pKB GFP-2a-CP, GFP, and CP are linked with a 2a protein. C, 2-DE analysis of S100 fractions from vector- or BaMV-inoculated N. benthamiana. S100 fractions were extracted at 7 dpi. The proteins from S100 were separated by 2-DE analysis and the excised differentiated dots (indicated as numbers) were analyzed by LC–MS/MS. Agrobacterium tumefaciens bearing pKn or pKB plasmid was infiltrated into 28-d-old N. benthamiana. The infiltrated leaves were collected at 7 dpi. D, Total RNA was extracted from infiltrated leaves and mRNA levels of NbVDACs were quantified by RT-qPCR. Data are mean ± standard de- viation (SD) from at least three independent experiments with three replicates each (N 5 3, n = 3) Asterisks indicate statistically significant differ- ences between the indicated groups by Student’s t test (**P 5 0.01, ***P 5 0.001).

    Article Snippet: The pellet was washed 3 times with methanol and resolved in 2-DE rehydration buffer (7 M urea, 2 M thiourea, 4% CHAPS, 1% IPG-buffer and 60 mM DTT) and separated by 13 cm Immobiline DryStrip pH 3–10 (GE healthcare, Chicago, IL, USA) with the conditions 500 V for 1 h, 1,000 V for 1 h, 2,000 V for 1 h, 8,000 V for 2.5 h with gradient and 8,000 V for 2 h. The strip was soaked in equilibration buffer I (50 mM Tris–HCl pH 8.8, 6 M urea, 30% glycerol, 2% sodium dodecyl sulfate (SDS) and 1% dithiothreitol) for 15 min and transferred to equilibration buffer II (50 mM Tris–HCl pH 8.8, 6M urea, 30% glycerol, 2% SDS, and 135 mM iodoacetamide) for the other 15 min. Next, the strips were placed onto 10–16% gradient SDS–polyacrylamide gels sealed by a 1% low-melting point agarose solution containing 1% agarose, 25 mM Tris base, 192 mM glycine, 0.1% SDS, and 0.002% (wt/vol) bromophenol blue.

    Techniques: Derivative Assay, Plasmid Preparation, Virus, Construct, Liquid Chromatography with Mass Spectroscopy, Quantitative RT-PCR