pk mito orange Search Results


pkmito orange fx  (Spirochrome)
94
Spirochrome pkmito orange fx
Pkmito Orange Fx, supplied by Spirochrome, used in various techniques. Bioz Stars score: 94/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pk+mito+orange/PKmito+ORANGE+FX/bio_rxiv__64898__2026__03__02__709121-202-9-13
Average 94 stars, based on 1 article reviews
pkmito orange fx - by Bioz Stars, 2026-10
94/100 stars
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pk mito orange 88  (Spirochrome)
94
Spirochrome pk mito orange 88
Pk Mito Orange 88, supplied by Spirochrome, used in various techniques. Bioz Stars score: 94/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pk+mito+orange/PKmito+ORANGE/pm41872217-536-10-28
Average 94 stars, based on 1 article reviews
pk mito orange 88 - by Bioz Stars, 2026-10
94/100 stars
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pk mito orange  (confocal nl)
90
confocal nl pk mito orange
( a ) Time-lapse STED images obtained by conventional STED (top, Δt = 2.3 μs) and UNet-RCAN using fast STED data (bottom, Δt = 0.054μs). β-tubulin (STAR635P, magenta) and histone (Alexa 594, green) were imaged in U2OS cells. ( b ) Photobleaching analysis of two-color STED images used in (a). Shaded areas are standard deviations of fluorescence intensities ( n = 5). ( c ) Live-cell STED recording of mitochondrial cristae <t>in</t> <t>HeLa</t> cells ( Δt = 1 μs) labeled with PK <t>Mito</t> Orange. ( d ) Denoising and deconvolved STED recording of mitochondrial cristae in COS-7 cells ( Δt = 1 μs) labeled with PK Mito Orange ( e ) Fluorescence time traces of mitochondrial cristae in HeLa cells over 250 consecutive frames (2 s/frame). The fluorescence time trace of STED recording with Δt = 90 μs is displayed for comparison. ( f ) Line profiles along a dashed line in (d). ( g ) 2D- and 3D-UNet-RCAN prediction results for a noisy z-stack of 3D-STED imaging of TOM20 (Atto647N). The z pixel size is 65 nm. ( h ) Denoising results for xz time-lapse STED recording of membrane fusion dynamics ( Δt = 2 μs) over 300 frames in comparison to ground-truth data ( Δt = 20 μs). Scale bars, 5 μm (a,g), 2 μm (c,d,h) and 1 μm for the magnified regions in (g).
Pk Mito Orange, supplied by confocal nl, 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/product/pk+mito+orange/pk+mito+orange/pmc09900922-94-10-13
Average 90 stars, based on 1 article reviews
pk mito orange - by Bioz Stars, 2026-10
90/100 stars
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mitochondrial inner membrane fluorescent marker pk mito orange  (abberior instruments)
90
abberior instruments mitochondrial inner membrane fluorescent marker pk mito orange
( a ) Time-lapse STED images obtained by conventional STED (top, Δt = 2.3 μs) and UNet-RCAN using fast STED data (bottom, Δt = 0.054μs). β-tubulin (STAR635P, magenta) and histone (Alexa 594, green) were imaged in U2OS cells. ( b ) Photobleaching analysis of two-color STED images used in (a). Shaded areas are standard deviations of fluorescence intensities ( n = 5). ( c ) Live-cell STED recording of mitochondrial cristae <t>in</t> <t>HeLa</t> cells ( Δt = 1 μs) labeled with PK <t>Mito</t> Orange. ( d ) Denoising and deconvolved STED recording of mitochondrial cristae in COS-7 cells ( Δt = 1 μs) labeled with PK Mito Orange ( e ) Fluorescence time traces of mitochondrial cristae in HeLa cells over 250 consecutive frames (2 s/frame). The fluorescence time trace of STED recording with Δt = 90 μs is displayed for comparison. ( f ) Line profiles along a dashed line in (d). ( g ) 2D- and 3D-UNet-RCAN prediction results for a noisy z-stack of 3D-STED imaging of TOM20 (Atto647N). The z pixel size is 65 nm. ( h ) Denoising results for xz time-lapse STED recording of membrane fusion dynamics ( Δt = 2 μs) over 300 frames in comparison to ground-truth data ( Δt = 20 μs). Scale bars, 5 μm (a,g), 2 μm (c,d,h) and 1 μm for the magnified regions in (g).
Mitochondrial Inner Membrane Fluorescent Marker Pk Mito Orange, supplied by abberior instruments, 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/product/pk+mito+orange/mitochondrial+inner+membrane+fluorescent+marker+pk+mito+orange/pmc11925533__BLOODA_ADV___2024___014805___mmc1-457-7-20
Average 90 stars, based on 1 article reviews
mitochondrial inner membrane fluorescent marker pk mito orange - by Bioz Stars, 2026-10
90/100 stars
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Image Search Results


( a ) Time-lapse STED images obtained by conventional STED (top, Δt = 2.3 μs) and UNet-RCAN using fast STED data (bottom, Δt = 0.054μs). β-tubulin (STAR635P, magenta) and histone (Alexa 594, green) were imaged in U2OS cells. ( b ) Photobleaching analysis of two-color STED images used in (a). Shaded areas are standard deviations of fluorescence intensities ( n = 5). ( c ) Live-cell STED recording of mitochondrial cristae in HeLa cells ( Δt = 1 μs) labeled with PK Mito Orange. ( d ) Denoising and deconvolved STED recording of mitochondrial cristae in COS-7 cells ( Δt = 1 μs) labeled with PK Mito Orange ( e ) Fluorescence time traces of mitochondrial cristae in HeLa cells over 250 consecutive frames (2 s/frame). The fluorescence time trace of STED recording with Δt = 90 μs is displayed for comparison. ( f ) Line profiles along a dashed line in (d). ( g ) 2D- and 3D-UNet-RCAN prediction results for a noisy z-stack of 3D-STED imaging of TOM20 (Atto647N). The z pixel size is 65 nm. ( h ) Denoising results for xz time-lapse STED recording of membrane fusion dynamics ( Δt = 2 μs) over 300 frames in comparison to ground-truth data ( Δt = 20 μs). Scale bars, 5 μm (a,g), 2 μm (c,d,h) and 1 μm for the magnified regions in (g).

Journal: bioRxiv

Article Title: Deep learning enables fast, gentle STED microscopy

doi: 10.1101/2023.01.26.525571

Figure Lengend Snippet: ( a ) Time-lapse STED images obtained by conventional STED (top, Δt = 2.3 μs) and UNet-RCAN using fast STED data (bottom, Δt = 0.054μs). β-tubulin (STAR635P, magenta) and histone (Alexa 594, green) were imaged in U2OS cells. ( b ) Photobleaching analysis of two-color STED images used in (a). Shaded areas are standard deviations of fluorescence intensities ( n = 5). ( c ) Live-cell STED recording of mitochondrial cristae in HeLa cells ( Δt = 1 μs) labeled with PK Mito Orange. ( d ) Denoising and deconvolved STED recording of mitochondrial cristae in COS-7 cells ( Δt = 1 μs) labeled with PK Mito Orange ( e ) Fluorescence time traces of mitochondrial cristae in HeLa cells over 250 consecutive frames (2 s/frame). The fluorescence time trace of STED recording with Δt = 90 μs is displayed for comparison. ( f ) Line profiles along a dashed line in (d). ( g ) 2D- and 3D-UNet-RCAN prediction results for a noisy z-stack of 3D-STED imaging of TOM20 (Atto647N). The z pixel size is 65 nm. ( h ) Denoising results for xz time-lapse STED recording of membrane fusion dynamics ( Δt = 2 μs) over 300 frames in comparison to ground-truth data ( Δt = 20 μs). Scale bars, 5 μm (a,g), 2 μm (c,d,h) and 1 μm for the magnified regions in (g).

Article Snippet: The HeLa cells were stained with DMEM containing 250 nM PK Mito Orange (Confocal.nl) for 40 min, followed by three washing steps in DMEM.

Techniques: Fluorescence, Labeling, Comparison, Imaging, Membrane