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Cosmo Bio USA cover slip coated with fibronectin
a Representative flow cytometric analysis of cells in scales at 1 day post-fracture (dpf) from a osterix:mCherry single-transgenic animal. Gated regions indicate the mCh + Hoe high cell fraction and mCh + Hoe low EV fraction. b mCh + Hoe high cells and mCh + Hoe low EVs were displayed in an Annexin-V-FITC vs. Sytox Red dot plot. mCh + Hoe high cells were subdivided into three fractions, “live”, “pre-apoptotic”, and “apoptotic”, whereas mCh + Hoe low EVs were divided into two fractions, “microvesicle” (MV) and “apoptotic body” (AB). c Schematic diagram of in vitro cell culture assays. Kidney marrow cells (KMCs) from trap:GFP single-transgenic zebrafish were co-cultured with OBs, MVs, or ABs from fractured scales of osterix:mCherry single-transgenic zebrafish in a <t>fibronectin-coated</t> plate. At 2 days of co-culture, the number of trap:GFP + cells was counted in each well. Non-co-cultured KMCs were used as a control. d The average number of trap:GFP + cells in each type of wells. Error bars, s.d. ( n = 4 for each group). e Representative images of trap:GF P + cells co-cultured with OBs (left panel), MVs (middle panel), or ABs (right panel). trap:GFP + cells contained OB-derived EVs in the cytoplasm (arrows). Bars, 5 μm. f Schematic diagram of zebrafish rankl locus. gRNA target sites and primer recognition sites are shown in red bars and blue arrows, respectively. g qPCR analysis of rankl in the adult fin of wild type control and rankl gRNA-injected animals. Results from seven individual gRNA-injected animals are shown. Data are mean ± s.d. from three independent experiments. h The average number of trap:GFP + cells in non-co-cultured KMCs (control), or KMCs co-cultured with OBs or EVs from wild type or rankl gRNA-injected animals. Error bars, s.d. ( n = 4 for each group); n.s., no significance; * p < 0.05; ** p < 0.01; *** p < 0.001 by one-way ANOVA followed by Dunnett’s test. Experiments were performed twice with four biological replicates in each group d , h .
Cover Slip Coated With Fibronectin, supplied by Cosmo Bio USA, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/cover slip coated with fibronectin/product/Cosmo Bio USA
Average 90 stars, based on 1 article reviews
cover slip coated with fibronectin - by Bioz Stars, 2026-02
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1) Product Images from "Uptake of osteoblast-derived extracellular vesicles promotes the differentiation of osteoclasts in the zebrafish scale"

Article Title: Uptake of osteoblast-derived extracellular vesicles promotes the differentiation of osteoclasts in the zebrafish scale

Journal: Communications Biology

doi: 10.1038/s42003-020-0925-1

a Representative flow cytometric analysis of cells in scales at 1 day post-fracture (dpf) from a osterix:mCherry single-transgenic animal. Gated regions indicate the mCh + Hoe high cell fraction and mCh + Hoe low EV fraction. b mCh + Hoe high cells and mCh + Hoe low EVs were displayed in an Annexin-V-FITC vs. Sytox Red dot plot. mCh + Hoe high cells were subdivided into three fractions, “live”, “pre-apoptotic”, and “apoptotic”, whereas mCh + Hoe low EVs were divided into two fractions, “microvesicle” (MV) and “apoptotic body” (AB). c Schematic diagram of in vitro cell culture assays. Kidney marrow cells (KMCs) from trap:GFP single-transgenic zebrafish were co-cultured with OBs, MVs, or ABs from fractured scales of osterix:mCherry single-transgenic zebrafish in a fibronectin-coated plate. At 2 days of co-culture, the number of trap:GFP + cells was counted in each well. Non-co-cultured KMCs were used as a control. d The average number of trap:GFP + cells in each type of wells. Error bars, s.d. ( n = 4 for each group). e Representative images of trap:GF P + cells co-cultured with OBs (left panel), MVs (middle panel), or ABs (right panel). trap:GFP + cells contained OB-derived EVs in the cytoplasm (arrows). Bars, 5 μm. f Schematic diagram of zebrafish rankl locus. gRNA target sites and primer recognition sites are shown in red bars and blue arrows, respectively. g qPCR analysis of rankl in the adult fin of wild type control and rankl gRNA-injected animals. Results from seven individual gRNA-injected animals are shown. Data are mean ± s.d. from three independent experiments. h The average number of trap:GFP + cells in non-co-cultured KMCs (control), or KMCs co-cultured with OBs or EVs from wild type or rankl gRNA-injected animals. Error bars, s.d. ( n = 4 for each group); n.s., no significance; * p < 0.05; ** p < 0.01; *** p < 0.001 by one-way ANOVA followed by Dunnett’s test. Experiments were performed twice with four biological replicates in each group d , h .
Figure Legend Snippet: a Representative flow cytometric analysis of cells in scales at 1 day post-fracture (dpf) from a osterix:mCherry single-transgenic animal. Gated regions indicate the mCh + Hoe high cell fraction and mCh + Hoe low EV fraction. b mCh + Hoe high cells and mCh + Hoe low EVs were displayed in an Annexin-V-FITC vs. Sytox Red dot plot. mCh + Hoe high cells were subdivided into three fractions, “live”, “pre-apoptotic”, and “apoptotic”, whereas mCh + Hoe low EVs were divided into two fractions, “microvesicle” (MV) and “apoptotic body” (AB). c Schematic diagram of in vitro cell culture assays. Kidney marrow cells (KMCs) from trap:GFP single-transgenic zebrafish were co-cultured with OBs, MVs, or ABs from fractured scales of osterix:mCherry single-transgenic zebrafish in a fibronectin-coated plate. At 2 days of co-culture, the number of trap:GFP + cells was counted in each well. Non-co-cultured KMCs were used as a control. d The average number of trap:GFP + cells in each type of wells. Error bars, s.d. ( n = 4 for each group). e Representative images of trap:GF P + cells co-cultured with OBs (left panel), MVs (middle panel), or ABs (right panel). trap:GFP + cells contained OB-derived EVs in the cytoplasm (arrows). Bars, 5 μm. f Schematic diagram of zebrafish rankl locus. gRNA target sites and primer recognition sites are shown in red bars and blue arrows, respectively. g qPCR analysis of rankl in the adult fin of wild type control and rankl gRNA-injected animals. Results from seven individual gRNA-injected animals are shown. Data are mean ± s.d. from three independent experiments. h The average number of trap:GFP + cells in non-co-cultured KMCs (control), or KMCs co-cultured with OBs or EVs from wild type or rankl gRNA-injected animals. Error bars, s.d. ( n = 4 for each group); n.s., no significance; * p < 0.05; ** p < 0.01; *** p < 0.001 by one-way ANOVA followed by Dunnett’s test. Experiments were performed twice with four biological replicates in each group d , h .

Techniques Used: Transgenic Assay, In Vitro, Cell Culture, Co-Culture Assay, Control, Derivative Assay, Injection



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Cosmo Bio USA cover slip coated with fibronectin
a Representative flow cytometric analysis of cells in scales at 1 day post-fracture (dpf) from a osterix:mCherry single-transgenic animal. Gated regions indicate the mCh + Hoe high cell fraction and mCh + Hoe low EV fraction. b mCh + Hoe high cells and mCh + Hoe low EVs were displayed in an Annexin-V-FITC vs. Sytox Red dot plot. mCh + Hoe high cells were subdivided into three fractions, “live”, “pre-apoptotic”, and “apoptotic”, whereas mCh + Hoe low EVs were divided into two fractions, “microvesicle” (MV) and “apoptotic body” (AB). c Schematic diagram of in vitro cell culture assays. Kidney marrow cells (KMCs) from trap:GFP single-transgenic zebrafish were co-cultured with OBs, MVs, or ABs from fractured scales of osterix:mCherry single-transgenic zebrafish in a <t>fibronectin-coated</t> plate. At 2 days of co-culture, the number of trap:GFP + cells was counted in each well. Non-co-cultured KMCs were used as a control. d The average number of trap:GFP + cells in each type of wells. Error bars, s.d. ( n = 4 for each group). e Representative images of trap:GF P + cells co-cultured with OBs (left panel), MVs (middle panel), or ABs (right panel). trap:GFP + cells contained OB-derived EVs in the cytoplasm (arrows). Bars, 5 μm. f Schematic diagram of zebrafish rankl locus. gRNA target sites and primer recognition sites are shown in red bars and blue arrows, respectively. g qPCR analysis of rankl in the adult fin of wild type control and rankl gRNA-injected animals. Results from seven individual gRNA-injected animals are shown. Data are mean ± s.d. from three independent experiments. h The average number of trap:GFP + cells in non-co-cultured KMCs (control), or KMCs co-cultured with OBs or EVs from wild type or rankl gRNA-injected animals. Error bars, s.d. ( n = 4 for each group); n.s., no significance; * p < 0.05; ** p < 0.01; *** p < 0.001 by one-way ANOVA followed by Dunnett’s test. Experiments were performed twice with four biological replicates in each group d , h .
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https://www.bioz.com/result/cover slip coated with fibronectin/product/Cosmo Bio USA
Average 90 stars, based on 1 article reviews
cover slip coated with fibronectin - by Bioz Stars, 2026-02
90/100 stars
  Buy from Supplier

Image Search Results


a Representative flow cytometric analysis of cells in scales at 1 day post-fracture (dpf) from a osterix:mCherry single-transgenic animal. Gated regions indicate the mCh + Hoe high cell fraction and mCh + Hoe low EV fraction. b mCh + Hoe high cells and mCh + Hoe low EVs were displayed in an Annexin-V-FITC vs. Sytox Red dot plot. mCh + Hoe high cells were subdivided into three fractions, “live”, “pre-apoptotic”, and “apoptotic”, whereas mCh + Hoe low EVs were divided into two fractions, “microvesicle” (MV) and “apoptotic body” (AB). c Schematic diagram of in vitro cell culture assays. Kidney marrow cells (KMCs) from trap:GFP single-transgenic zebrafish were co-cultured with OBs, MVs, or ABs from fractured scales of osterix:mCherry single-transgenic zebrafish in a fibronectin-coated plate. At 2 days of co-culture, the number of trap:GFP + cells was counted in each well. Non-co-cultured KMCs were used as a control. d The average number of trap:GFP + cells in each type of wells. Error bars, s.d. ( n = 4 for each group). e Representative images of trap:GF P + cells co-cultured with OBs (left panel), MVs (middle panel), or ABs (right panel). trap:GFP + cells contained OB-derived EVs in the cytoplasm (arrows). Bars, 5 μm. f Schematic diagram of zebrafish rankl locus. gRNA target sites and primer recognition sites are shown in red bars and blue arrows, respectively. g qPCR analysis of rankl in the adult fin of wild type control and rankl gRNA-injected animals. Results from seven individual gRNA-injected animals are shown. Data are mean ± s.d. from three independent experiments. h The average number of trap:GFP + cells in non-co-cultured KMCs (control), or KMCs co-cultured with OBs or EVs from wild type or rankl gRNA-injected animals. Error bars, s.d. ( n = 4 for each group); n.s., no significance; * p < 0.05; ** p < 0.01; *** p < 0.001 by one-way ANOVA followed by Dunnett’s test. Experiments were performed twice with four biological replicates in each group d , h .

Journal: Communications Biology

Article Title: Uptake of osteoblast-derived extracellular vesicles promotes the differentiation of osteoclasts in the zebrafish scale

doi: 10.1038/s42003-020-0925-1

Figure Lengend Snippet: a Representative flow cytometric analysis of cells in scales at 1 day post-fracture (dpf) from a osterix:mCherry single-transgenic animal. Gated regions indicate the mCh + Hoe high cell fraction and mCh + Hoe low EV fraction. b mCh + Hoe high cells and mCh + Hoe low EVs were displayed in an Annexin-V-FITC vs. Sytox Red dot plot. mCh + Hoe high cells were subdivided into three fractions, “live”, “pre-apoptotic”, and “apoptotic”, whereas mCh + Hoe low EVs were divided into two fractions, “microvesicle” (MV) and “apoptotic body” (AB). c Schematic diagram of in vitro cell culture assays. Kidney marrow cells (KMCs) from trap:GFP single-transgenic zebrafish were co-cultured with OBs, MVs, or ABs from fractured scales of osterix:mCherry single-transgenic zebrafish in a fibronectin-coated plate. At 2 days of co-culture, the number of trap:GFP + cells was counted in each well. Non-co-cultured KMCs were used as a control. d The average number of trap:GFP + cells in each type of wells. Error bars, s.d. ( n = 4 for each group). e Representative images of trap:GF P + cells co-cultured with OBs (left panel), MVs (middle panel), or ABs (right panel). trap:GFP + cells contained OB-derived EVs in the cytoplasm (arrows). Bars, 5 μm. f Schematic diagram of zebrafish rankl locus. gRNA target sites and primer recognition sites are shown in red bars and blue arrows, respectively. g qPCR analysis of rankl in the adult fin of wild type control and rankl gRNA-injected animals. Results from seven individual gRNA-injected animals are shown. Data are mean ± s.d. from three independent experiments. h The average number of trap:GFP + cells in non-co-cultured KMCs (control), or KMCs co-cultured with OBs or EVs from wild type or rankl gRNA-injected animals. Error bars, s.d. ( n = 4 for each group); n.s., no significance; * p < 0.05; ** p < 0.01; *** p < 0.001 by one-way ANOVA followed by Dunnett’s test. Experiments were performed twice with four biological replicates in each group d , h .

Article Snippet: For imaging of cultured cells, cells were plated on a cover slip coated with fibronectin (Cosmo Bio) and were cultured as described above.

Techniques: Transgenic Assay, In Vitro, Cell Culture, Co-Culture Assay, Control, Derivative Assay, Injection