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antibodies against cd63  (Proteintech)


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    Proteintech antibodies against cd63
    Antibodies Against Cd63, supplied by Proteintech, used in various techniques. Bioz Stars score: 96/100, based on 954 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/anti+cd63/CD63+Antibody/pm42901773-396-18-31
    Average 96 stars, based on 954 article reviews
    antibodies against cd63 - by Bioz Stars, 2026-11
    96/100 stars

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    Related Articles

    Blocking Assay:

    Article Title: Targeted modulation of Kupffer cell-monocyte communication by engineered extracellular vesicles to alleviate immunological liver injury
    Article Snippet: The extracted proteins were separated by 10-15% SDS‒PAGE and transferred to PVDF membranes (Millipore, ACCEPTED MANUSCRIPT AR TIC LE IN PR ES S ARTICLE IN PRESS USA). .. After blocking with 5% milk for 1 h, the membranes were incubated with primary antibodies (anti-TSG101 (ET1701-59, HuaBio), anti-ALIX (ET1705-74, HuaBio), anti-HSP70 (ET1601-11, HuaBio), anti-CytC (ET1610-60, HuaBio), anti-CD63 (25682-1-AP, Proteintech), anti-P-IKBα (ET1609-78, HuaBio), anti-IKBα (1603-6, HuaBio), anti-P-NF-κB P65 (HA723223, HuaBio), anti-NF-κB P65 (ET1603, HuaBio) at 4 °C overnight, followed by secondary antibody treatment (HRP-conjugated, Proteintech) for 1 h at a room temperature. .. Band detection was conducted with an ultrahigh-sensitivity ECL kit (MedChemExpress, USA), and ImageJ software was used to quantify expression levels.

    Incubation:

    Article Title: Targeted modulation of Kupffer cell-monocyte communication by engineered extracellular vesicles to alleviate immunological liver injury
    Article Snippet: The extracted proteins were separated by 10-15% SDS‒PAGE and transferred to PVDF membranes (Millipore, ACCEPTED MANUSCRIPT AR TIC LE IN PR ES S ARTICLE IN PRESS USA). .. After blocking with 5% milk for 1 h, the membranes were incubated with primary antibodies (anti-TSG101 (ET1701-59, HuaBio), anti-ALIX (ET1705-74, HuaBio), anti-HSP70 (ET1601-11, HuaBio), anti-CytC (ET1610-60, HuaBio), anti-CD63 (25682-1-AP, Proteintech), anti-P-IKBα (ET1609-78, HuaBio), anti-IKBα (1603-6, HuaBio), anti-P-NF-κB P65 (HA723223, HuaBio), anti-NF-κB P65 (ET1603, HuaBio) at 4 °C overnight, followed by secondary antibody treatment (HRP-conjugated, Proteintech) for 1 h at a room temperature. .. Band detection was conducted with an ultrahigh-sensitivity ECL kit (MedChemExpress, USA), and ImageJ software was used to quantify expression levels.

    Article Title: TMEM40 serves as a potential prognostic biomarker and therapeutic target in colorectal cancer
    Article Snippet: Total proteins were extracted with RIPA lysis buffer (R0010100 mL, Solarbio) and quantified using a BCA protein assay kit (SL201, UtiBody). .. The membranes were incubated overnight at 4 °C with the following primary antibodies: antiTMEM40 (28066-1-AP, Proteintech), anti-c-Myc (10828-1-AP, Proteintech), anti-cyclin D1 (26939-1-AP, Proteintech), anti-β-catenin (51067-2-AP, Proteintech) and anti-β-Actin (ab8227, Abcam), anti-CD9 (20597-1-AP, Proteintech), anti-CD63 (25682-1-AP, Proteintech), anti- .. AR TIC LE IN PR ES S ARTICLE IN PRESS TSG101 (28283-1-AP, Proteintech), anti-HSPA5 (11587-1-AP, Proteintech) antibodies.

    other:


    Article Title: Targeted inhibition of PARP-1 in pulmonary epithelial cells and macrophages via SPA-functionalized microparticles attenuates sepsis-induced lung injury
    Article Snippet: Primary antibodies against PARP1 and SFTPA1 were purchased from ABclonal (Boston, MA, USA); anti-PAR antibody was obtained from Merck Millipore (Billerica, MA, USA); antibodies against β-actin, γ-H2AX, and CKAP4, as well as secondary antibodies (goat anti-mouse IgG H&L-HRP and goat anti-rabbit IgG H&L-HRP), were purchased from Abcam (Cambridge, UK); antibodies against CD63, TSG101, and Alix were obtained from Proteintech Group (Chicago, IL, USA); and all flow cytometry antibodies were purchased from BioLegend (San Diego, CA, USA).

    Enzyme-linked Immunosorbent Assay:

    Article Title: Ganoderma lucidum polysaccharide-decorated extracellular vesicle enables synergistical antitumor immunotherapy
    Article Snippet: 1,1-dioctadecyl-3,3,3,3-tetramethylindotricarbocyanine iodide (DiR) was purchased from Yeasen (China). .. Anti-CD9, anti-Alix, anti-CD63, anti-β-actin, HRP-conjugated anti-rabbit secondary, HRP-conjugated anti-mouse secondary antibodies, TNF-α, IL-6, and IFN-γ ELISA kits were purchased from Proteintech (USA). .. Red blood cell lysis buffer, PE- or APC-conjugated anti-mouse CD11b, FITC-conjugated anti-mouse CD86, APC-conjugated anti-mouse CD206, PE-conjugated anti-mouse CD11c, FITC-conjugated anti-mouse CD80, FITC-conjugated anti-mouse MHC-II, FITC-conjugated anti-mouse CD3, PE-conjugated anti-mouse CD8a, APC-conjugated anti-mouse CD4, and PE-conjugated anti-mouse Foxp3-antibodies were purchased from ThermoFisher (USA).



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    Affinity Biosciences differentiation 63 cd63
    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
    Differentiation 63 Cd63, supplied by Affinity Biosciences, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    anti cd63  (Boster Bio)
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    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
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    antibody against cd63  (Novus Biologicals)
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    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
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    antibodies against cd63  (Proteintech)
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    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
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    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
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    cd63  (Proteintech)
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    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
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    Average 96 stars, based on 1 article reviews
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    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
    Anti Cd63 Monoclonal Antibodies, supplied by Santa Cruz Biotechnology, used in various techniques. Bioz Stars score: 98/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/anti+cd63/CD63+Antibody/pm42863158-80-7-10
    Average 98 stars, based on 1 article reviews
    anti cd63 monoclonal antibodies - by Bioz Stars, 2026-11
    98/100 stars
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    hrp conjugated antibody against cd63  (Santa Cruz Biotechnology)
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    Santa Cruz Biotechnology hrp conjugated antibody against cd63
    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
    Hrp Conjugated Antibody Against Cd63, supplied by Santa Cruz Biotechnology, used in various techniques. Bioz Stars score: 98/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/anti+cd63/CD63+Antibody/pm42849861-87-9-19
    Average 98 stars, based on 1 article reviews
    hrp conjugated antibody against cd63 - by Bioz Stars, 2026-11
    98/100 stars
    		  Buy from Supplier
    antibodies against cd63  (Santa Cruz Biotechnology)
    98
    Santa Cruz Biotechnology antibodies against cd63
    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and <t>CD63.</t> (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.
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    Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and CD63. (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.

    Journal: Journal of Sport and Health Science

    Article Title: Long-term aerobic exercise enhances circulating exosomal miR-214-3p to promote endothelial progenitor cell-mediated repair of endothelial damage induced by obesity

    doi: 10.1016/j.jshs.2025.101094

    Figure Lengend Snippet: Eight weeks of aerobic exercise improved the proliferation and migration capabilities of circulating EPC in both humans and rats with obesity through circulating exosomes. (A) Representative transmission electron microscopy image of exosomes derived from human peripheral blood. Scale bar = 200 nm. (B) Exosome characterization and identification. Exosomes derived from human peripheral blood express TSG101 and CD63. (C) Nanoparticle tracking analysis confirms the presence of exosomes with a peak diameter of 100 nm, characteristic of exosomal size. Quantitative analysis of exosomes derived from human peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood between the control group and the exercise group ( n = 30 for each group). (D) Cell proliferation assay results showed that exosomes derived from the exercise group significantly enhanced the proliferative capacity of human EPC compared to those from the control group, as measured by the CCK-8 method ( n = 20 for each group). *** p < 0.001, Exercise vs . Control. (E) Scratch assay results showed that exosomes derived from the exercise group significantly promoted the migratory ability of human EPC compared to those from the control group ( n = 5 for each group). * p < 0.05, Exercise vs . Control. (F) Representative images of wound healing in the scratch assay, showcasing the migratory response of human EPC. (G) Characterization of circulating exosomes from rat peripheral blood. (H) Quantitative analysis of exosomes derived from rat peripheral blood revealed no statistically significant difference in the number of exosomes isolated from equal volumes of circulating blood among all groups ( n = 3 for each group). (I) Cell proliferation assays revealed that exosomes derived from the HC group exhibited a diminished capacity to promote EPC proliferation compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC proliferation ( n : 5–6 for each group). * p < 0.05, HC vs . NC; ## p < 0.01, HE vs . HC. (J) Scratch assays indicated that exosomes derived from the HC group exhibited a diminished capacity to enhance EPC migration rates compared to those from the NC group in rats. In contrast, exosomes induced by 8 weeks of aerobic exercise significantly enhanced EPC migration rates ( n = 4 for each group). ** p < 0.01, HC vs . NC; ## p < 0.01, HE vs . HC. (K) Representative images of wound healing in the scratch assay, showcasing the migratory response of rat EPC. CCK-8 = cell counting kit-8; CD63 = cluster of differentiation 63; EPC = endothelial progenitor cells; HC = the high-fat diet with sedentary group; HE = the high-fat diet with exercise group; NC = the normal diet with sedentary group; TSG101 = tumor susceptibility gene 101.

    Article Snippet: The primary antibodies used included PI3K (SC-365290, 1:1000; Santa Cruz Biotechnology, Dallas, TX, USA), Akt1 (SC-5298, 1:1000; Santa Cruz), p-Akt (Ser473) (66444-1-lg, 1:1000; Proteintech Group, Rosemont, IL, USA), phosphatase and tensin homolog (PTEN) (60300-1-Ig, 1:1000; Proteintech), tumor susceptibility gene 101 (TSG101) (DF8427, 1:1000; Affinity Biosciences, Cincinnati, OH, USA), cluster of differentiation 63 (CD63) (AF5117, 1:1000; Affinity), and glyceraldehyde-3-phosphate dehydrogenase (GAPDH) (GB15002-100, 1:4000; Servicebio).

    Techniques: Migration, Transmission Assay, Electron Microscopy, Derivative Assay, Isolation, Control, Proliferation Assay, CCK-8 Assay, Wound Healing Assay, Cell Counting