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    Izon Science Ltd qev original size exclusion chromatography sec columns
    Qev Original Size Exclusion Chromatography Sec Columns, supplied by Izon Science Ltd, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/qev-original+size+exclusion+chromatography+columns/columns+qev/pm41072785-327-7-15
    Average 86 stars, based on 1 article reviews
    qev original size exclusion chromatography sec columns - by Bioz Stars, 2026-10
    86/100 stars

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    Size-exclusion Chromatography:

    Article Title: Encapsulation of Small Extracellular Vesicles into Selectively Disassemblable Shells of PEGylated Metal‐Phenolic Networks
    Article Snippet: Tannic acid, iron (III) chloride hexahydrate (FeCl 3 6H 2 O), ethylenediaminetetraacetic acid (EDTA), L‐ascorbic acid, L‐ascorbic acid sodium salt, sodium hydroxide solution (1 M), hydrogen chloride and hydrogen peroxide were purchased from Fujifilm Wako Pure Chemical Corporation. .. Thiol‐terminated polyethylene glycol (PEG‐SH) (Mn = 10000) was obtained from NOF Corp. PEG‐SHs (Mn = 2000, 6000) were purchased from Sigma‐Aldrich. qEV‐original 35 nm size exclusion chromatography columns were purchased from Izon Science. .. Nanosep centrifugal devices were purchased from Pall Corporation.



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    DOC2B is detectable in human plasma EVs. (A) Schematic representation of DOC2B domains (top). Highlighted region in red represents the region targeted by the in-house DOC2B antibody #2; the epitope of the DOC2B protein (amino acids 96-116). 3D model structure of human DOC2B protein (bottom), generated by I-TASSER. The epitope of the DOC2B antibody is superimposed in Pymol. The epitope is shown in red color. (B) Immunoblot (IB) validation of the specificity of the in-house DOC2B antibody #2 in recognizing recombinant human DOC2B protein (hDOC2B) via epitope-specific blocking peptides (BP); Black vertical dashed lines indicate splicing of lanes from within the same gel exposure. Representative of n=2 independent measurements. (C) Schematic of the EV isolation from pooled human plasma from individuals with no diabetes (ND) using 70 nm size exclusion <t>chromatography</t> <t>(SEC)</t> column. Created with Biorender.com . Representative dotblots below the schematic show protein detection of the EV markers TSPAN and SYN; DOC2B; protein that often co-isolates with EVs ApoA; and Cyt. C in the SEC fractions F1-F6. Void volume (VV) is negative control. Representative of n=3 independent measurements. (D) Size distribution of the combined SEC fractions F1-F5 acquired using NTA (mean ± SEM, n=3 independent measurements). The average total EV concentration was calculated to be 3.5 x10 9 particles/mL (considering all detected EV sizes) and the average diameter was ~160 nm. (E) TEM image of the combined SEC fractions F1-F5 indicates intact EVs, pointed with yellow arrows. The image was taken at 30,000x magnification. Representative of n=3 independent measurements. (F) Protein levels for the EV marker CD81 and DOC2B were obtained for plasma EVs (SEC F1-F5 combined) and extracellular soluble protein (SEC F12-F13 combined) via immunoblot using antibodies against CD81; DOC2B (in-house DOC2B antibody #2); Ponceau S served as loading control; 3 independent ND human plasma EV samples were assessed. Black vertical dashed lines indicate splicing of lanes from within the same gel exposure.
    Qev Original/70 Legacy Size Exclusion Chromatography (Sec) Column, supplied by Izon Science Ltd, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    DOC2B is detectable in human plasma EVs. (A) Schematic representation of DOC2B domains (top). Highlighted region in red represents the region targeted by the in-house DOC2B antibody #2; the epitope of the DOC2B protein (amino acids 96-116). 3D model structure of human DOC2B protein (bottom), generated by I-TASSER. The epitope of the DOC2B antibody is superimposed in Pymol. The epitope is shown in red color. (B) Immunoblot (IB) validation of the specificity of the in-house DOC2B antibody #2 in recognizing recombinant human DOC2B protein (hDOC2B) via epitope-specific blocking peptides (BP); Black vertical dashed lines indicate splicing of lanes from within the same gel exposure. Representative of n=2 independent measurements. (C) Schematic of the EV isolation from pooled human plasma from individuals with no diabetes (ND) using 70 nm size exclusion <t>chromatography</t> <t>(SEC)</t> column. Created with Biorender.com . Representative dotblots below the schematic show protein detection of the EV markers TSPAN and SYN; DOC2B; protein that often co-isolates with EVs ApoA; and Cyt. C in the SEC fractions F1-F6. Void volume (VV) is negative control. Representative of n=3 independent measurements. (D) Size distribution of the combined SEC fractions F1-F5 acquired using NTA (mean ± SEM, n=3 independent measurements). The average total EV concentration was calculated to be 3.5 x10 9 particles/mL (considering all detected EV sizes) and the average diameter was ~160 nm. (E) TEM image of the combined SEC fractions F1-F5 indicates intact EVs, pointed with yellow arrows. The image was taken at 30,000x magnification. Representative of n=3 independent measurements. (F) Protein levels for the EV marker CD81 and DOC2B were obtained for plasma EVs (SEC F1-F5 combined) and extracellular soluble protein (SEC F12-F13 combined) via immunoblot using antibodies against CD81; DOC2B (in-house DOC2B antibody #2); Ponceau S served as loading control; 3 independent ND human plasma EV samples were assessed. Black vertical dashed lines indicate splicing of lanes from within the same gel exposure.
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    DOC2B is detectable in human plasma EVs. (A) Schematic representation of DOC2B domains (top). Highlighted region in red represents the region targeted by the in-house DOC2B antibody #2; the epitope of the DOC2B protein (amino acids 96-116). 3D model structure of human DOC2B protein (bottom), generated by I-TASSER. The epitope of the DOC2B antibody is superimposed in Pymol. The epitope is shown in red color. (B) Immunoblot (IB) validation of the specificity of the in-house DOC2B antibody #2 in recognizing recombinant human DOC2B protein (hDOC2B) via epitope-specific blocking peptides (BP); Black vertical dashed lines indicate splicing of lanes from within the same gel exposure. Representative of n=2 independent measurements. (C) Schematic of the EV isolation from pooled human plasma from individuals with no diabetes (ND) using 70 nm size exclusion <t>chromatography</t> <t>(SEC)</t> column. Created with Biorender.com . Representative dotblots below the schematic show protein detection of the EV markers TSPAN and SYN; DOC2B; protein that often co-isolates with EVs ApoA; and Cyt. C in the SEC fractions F1-F6. Void volume (VV) is negative control. Representative of n=3 independent measurements. (D) Size distribution of the combined SEC fractions F1-F5 acquired using NTA (mean ± SEM, n=3 independent measurements). The average total EV concentration was calculated to be 3.5 x10 9 particles/mL (considering all detected EV sizes) and the average diameter was ~160 nm. (E) TEM image of the combined SEC fractions F1-F5 indicates intact EVs, pointed with yellow arrows. The image was taken at 30,000x magnification. Representative of n=3 independent measurements. (F) Protein levels for the EV marker CD81 and DOC2B were obtained for plasma EVs (SEC F1-F5 combined) and extracellular soluble protein (SEC F12-F13 combined) via immunoblot using antibodies against CD81; DOC2B (in-house DOC2B antibody #2); Ponceau S served as loading control; 3 independent ND human plasma EV samples were assessed. Black vertical dashed lines indicate splicing of lanes from within the same gel exposure.
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    Image Search Results


    DOC2B is detectable in human plasma EVs. (A) Schematic representation of DOC2B domains (top). Highlighted region in red represents the region targeted by the in-house DOC2B antibody #2; the epitope of the DOC2B protein (amino acids 96-116). 3D model structure of human DOC2B protein (bottom), generated by I-TASSER. The epitope of the DOC2B antibody is superimposed in Pymol. The epitope is shown in red color. (B) Immunoblot (IB) validation of the specificity of the in-house DOC2B antibody #2 in recognizing recombinant human DOC2B protein (hDOC2B) via epitope-specific blocking peptides (BP); Black vertical dashed lines indicate splicing of lanes from within the same gel exposure. Representative of n=2 independent measurements. (C) Schematic of the EV isolation from pooled human plasma from individuals with no diabetes (ND) using 70 nm size exclusion chromatography (SEC) column. Created with Biorender.com . Representative dotblots below the schematic show protein detection of the EV markers TSPAN and SYN; DOC2B; protein that often co-isolates with EVs ApoA; and Cyt. C in the SEC fractions F1-F6. Void volume (VV) is negative control. Representative of n=3 independent measurements. (D) Size distribution of the combined SEC fractions F1-F5 acquired using NTA (mean ± SEM, n=3 independent measurements). The average total EV concentration was calculated to be 3.5 x10 9 particles/mL (considering all detected EV sizes) and the average diameter was ~160 nm. (E) TEM image of the combined SEC fractions F1-F5 indicates intact EVs, pointed with yellow arrows. The image was taken at 30,000x magnification. Representative of n=3 independent measurements. (F) Protein levels for the EV marker CD81 and DOC2B were obtained for plasma EVs (SEC F1-F5 combined) and extracellular soluble protein (SEC F12-F13 combined) via immunoblot using antibodies against CD81; DOC2B (in-house DOC2B antibody #2); Ponceau S served as loading control; 3 independent ND human plasma EV samples were assessed. Black vertical dashed lines indicate splicing of lanes from within the same gel exposure.

    Journal: Frontiers in Endocrinology

    Article Title: Pancreatic β-cells package double C2-like domain beta protein into extracellular vesicles via tandem C2 domains

    doi: 10.3389/fendo.2024.1451279

    Figure Lengend Snippet: DOC2B is detectable in human plasma EVs. (A) Schematic representation of DOC2B domains (top). Highlighted region in red represents the region targeted by the in-house DOC2B antibody #2; the epitope of the DOC2B protein (amino acids 96-116). 3D model structure of human DOC2B protein (bottom), generated by I-TASSER. The epitope of the DOC2B antibody is superimposed in Pymol. The epitope is shown in red color. (B) Immunoblot (IB) validation of the specificity of the in-house DOC2B antibody #2 in recognizing recombinant human DOC2B protein (hDOC2B) via epitope-specific blocking peptides (BP); Black vertical dashed lines indicate splicing of lanes from within the same gel exposure. Representative of n=2 independent measurements. (C) Schematic of the EV isolation from pooled human plasma from individuals with no diabetes (ND) using 70 nm size exclusion chromatography (SEC) column. Created with Biorender.com . Representative dotblots below the schematic show protein detection of the EV markers TSPAN and SYN; DOC2B; protein that often co-isolates with EVs ApoA; and Cyt. C in the SEC fractions F1-F6. Void volume (VV) is negative control. Representative of n=3 independent measurements. (D) Size distribution of the combined SEC fractions F1-F5 acquired using NTA (mean ± SEM, n=3 independent measurements). The average total EV concentration was calculated to be 3.5 x10 9 particles/mL (considering all detected EV sizes) and the average diameter was ~160 nm. (E) TEM image of the combined SEC fractions F1-F5 indicates intact EVs, pointed with yellow arrows. The image was taken at 30,000x magnification. Representative of n=3 independent measurements. (F) Protein levels for the EV marker CD81 and DOC2B were obtained for plasma EVs (SEC F1-F5 combined) and extracellular soluble protein (SEC F12-F13 combined) via immunoblot using antibodies against CD81; DOC2B (in-house DOC2B antibody #2); Ponceau S served as loading control; 3 independent ND human plasma EV samples were assessed. Black vertical dashed lines indicate splicing of lanes from within the same gel exposure.

    Article Snippet: To isolate EVs, 0.4 mL of plasma was passed through a qEV original/70 nm Legacy [Izon Science (Portland, OR, USA), Cat# SP1] size exclusion chromatography (SEC) column as indicated by manufacturer instructions.

    Techniques: Clinical Proteomics, Generated, Western Blot, Biomarker Discovery, Recombinant, Blocking Assay, Isolation, Size-exclusion Chromatography, Negative Control, Concentration Assay, Marker, Control