liquid anode Search Results


liquid metal jet anode  (Excillum AB)
90
Excillum AB liquid metal jet anode
(A) HE stain of a 3 μm thick paraffin section of one sample from a patient who died from Covid-19 (Cov-I, Scalebar: 100 μm). In total, 26 post mortem heart tissue samples were investigated: 11 from Covid-19 patients, 4 from influenza patients, 5 from patients who died with myocarditis and 6 control samples. (B) From each of the samples a biopsy punch with a diameter of 3.5mm was taken and transferred onto a holder for the tomography acquisition. After tomographic scans at the laboratory and parallel beam setup at the synchrotron, one punch with a diameter of 1mm was taken from one of the control and Covid-19 samples. (C) Sketch of the laboratory micro-CT setup. Tomographic scans of all samples were recorded in cone beam geometry with an effective pixel size of px eff = 2 μm using a <t>liquid</t> <t>metal</t> <t>jet</t> source (EXCILLUM, Sweden). (D) Sketch of the parallel beam configuration GINIX endstation (P10 beamline, DESY, Hamburg). In this geometry, datasets of Covid-19 and control samples were acquired at an effective voxel size of 650 nm 3 . For each sample a plane of 3×3 tomographic acquisitions was recorded. (E) Cone beam configuration of the GINIX setup. After the investigation in parallel geometry, a biopsy with a diameter of 1mm was taken from a control sample and a high resolution scan in cone beam geometry was recorded. This configuration is based on a coherent illumination by a wave guide and allows for high geometric magnification and effective voxel sizes below 200 nm.
Liquid Metal Jet Anode, supplied by Excillum AB, 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/liquid metal jet anode/product/Excillum AB
Average 90 stars, based on 1 article reviews
liquid metal jet anode - by Bioz Stars, 2026-06
90/100 stars
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liquid anode  (Verlag GmbH)
90
Verlag GmbH liquid anode
(A) HE stain of a 3 μm thick paraffin section of one sample from a patient who died from Covid-19 (Cov-I, Scalebar: 100 μm). In total, 26 post mortem heart tissue samples were investigated: 11 from Covid-19 patients, 4 from influenza patients, 5 from patients who died with myocarditis and 6 control samples. (B) From each of the samples a biopsy punch with a diameter of 3.5mm was taken and transferred onto a holder for the tomography acquisition. After tomographic scans at the laboratory and parallel beam setup at the synchrotron, one punch with a diameter of 1mm was taken from one of the control and Covid-19 samples. (C) Sketch of the laboratory micro-CT setup. Tomographic scans of all samples were recorded in cone beam geometry with an effective pixel size of px eff = 2 μm using a <t>liquid</t> <t>metal</t> <t>jet</t> source (EXCILLUM, Sweden). (D) Sketch of the parallel beam configuration GINIX endstation (P10 beamline, DESY, Hamburg). In this geometry, datasets of Covid-19 and control samples were acquired at an effective voxel size of 650 nm 3 . For each sample a plane of 3×3 tomographic acquisitions was recorded. (E) Cone beam configuration of the GINIX setup. After the investigation in parallel geometry, a biopsy with a diameter of 1mm was taken from a control sample and a high resolution scan in cone beam geometry was recorded. This configuration is based on a coherent illumination by a wave guide and allows for high geometric magnification and effective voxel sizes below 200 nm.
Liquid Anode, supplied by Verlag GmbH, 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/liquid anode/product/Verlag GmbH
Average 90 stars, based on 1 article reviews
liquid anode - by Bioz Stars, 2026-06
90/100 stars
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ga kα (9.3 kev) x-ray source using a ga liquid jet anode  (Scienta Omicron GmbH)
90
Scienta Omicron GmbH ga kα (9.3 kev) x-ray source using a ga liquid jet anode
(A) HE stain of a 3 μm thick paraffin section of one sample from a patient who died from Covid-19 (Cov-I, Scalebar: 100 μm). In total, 26 post mortem heart tissue samples were investigated: 11 from Covid-19 patients, 4 from influenza patients, 5 from patients who died with myocarditis and 6 control samples. (B) From each of the samples a biopsy punch with a diameter of 3.5mm was taken and transferred onto a holder for the tomography acquisition. After tomographic scans at the laboratory and parallel beam setup at the synchrotron, one punch with a diameter of 1mm was taken from one of the control and Covid-19 samples. (C) Sketch of the laboratory micro-CT setup. Tomographic scans of all samples were recorded in cone beam geometry with an effective pixel size of px eff = 2 μm using a <t>liquid</t> <t>metal</t> <t>jet</t> source (EXCILLUM, Sweden). (D) Sketch of the parallel beam configuration GINIX endstation (P10 beamline, DESY, Hamburg). In this geometry, datasets of Covid-19 and control samples were acquired at an effective voxel size of 650 nm 3 . For each sample a plane of 3×3 tomographic acquisitions was recorded. (E) Cone beam configuration of the GINIX setup. After the investigation in parallel geometry, a biopsy with a diameter of 1mm was taken from a control sample and a high resolution scan in cone beam geometry was recorded. This configuration is based on a coherent illumination by a wave guide and allows for high geometric magnification and effective voxel sizes below 200 nm.
Ga Kα (9.3 Kev) X Ray Source Using A Ga Liquid Jet Anode, supplied by Scienta Omicron GmbH, 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/ga kα (9.3 kev) x-ray source using a ga liquid jet anode/product/Scienta Omicron GmbH
Average 90 stars, based on 1 article reviews
ga kα (9.3 kev) x-ray source using a ga liquid jet anode - by Bioz Stars, 2026-06
90/100 stars
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room-temperature liquid sodium–potassium anode membranes  (Chemie GmbH)
90
Chemie GmbH room-temperature liquid sodium–potassium anode membranes
(A) HE stain of a 3 μm thick paraffin section of one sample from a patient who died from Covid-19 (Cov-I, Scalebar: 100 μm). In total, 26 post mortem heart tissue samples were investigated: 11 from Covid-19 patients, 4 from influenza patients, 5 from patients who died with myocarditis and 6 control samples. (B) From each of the samples a biopsy punch with a diameter of 3.5mm was taken and transferred onto a holder for the tomography acquisition. After tomographic scans at the laboratory and parallel beam setup at the synchrotron, one punch with a diameter of 1mm was taken from one of the control and Covid-19 samples. (C) Sketch of the laboratory micro-CT setup. Tomographic scans of all samples were recorded in cone beam geometry with an effective pixel size of px eff = 2 μm using a <t>liquid</t> <t>metal</t> <t>jet</t> source (EXCILLUM, Sweden). (D) Sketch of the parallel beam configuration GINIX endstation (P10 beamline, DESY, Hamburg). In this geometry, datasets of Covid-19 and control samples were acquired at an effective voxel size of 650 nm 3 . For each sample a plane of 3×3 tomographic acquisitions was recorded. (E) Cone beam configuration of the GINIX setup. After the investigation in parallel geometry, a biopsy with a diameter of 1mm was taken from a control sample and a high resolution scan in cone beam geometry was recorded. This configuration is based on a coherent illumination by a wave guide and allows for high geometric magnification and effective voxel sizes below 200 nm.
Room Temperature Liquid Sodium–Potassium Anode Membranes, supplied by Chemie GmbH, 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/room-temperature liquid sodium–potassium anode membranes/product/Chemie GmbH
Average 90 stars, based on 1 article reviews
room-temperature liquid sodium–potassium anode membranes - by Bioz Stars, 2026-06
90/100 stars
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Image Search Results


(A) HE stain of a 3 μm thick paraffin section of one sample from a patient who died from Covid-19 (Cov-I, Scalebar: 100 μm). In total, 26 post mortem heart tissue samples were investigated: 11 from Covid-19 patients, 4 from influenza patients, 5 from patients who died with myocarditis and 6 control samples. (B) From each of the samples a biopsy punch with a diameter of 3.5mm was taken and transferred onto a holder for the tomography acquisition. After tomographic scans at the laboratory and parallel beam setup at the synchrotron, one punch with a diameter of 1mm was taken from one of the control and Covid-19 samples. (C) Sketch of the laboratory micro-CT setup. Tomographic scans of all samples were recorded in cone beam geometry with an effective pixel size of px eff = 2 μm using a liquid metal jet source (EXCILLUM, Sweden). (D) Sketch of the parallel beam configuration GINIX endstation (P10 beamline, DESY, Hamburg). In this geometry, datasets of Covid-19 and control samples were acquired at an effective voxel size of 650 nm 3 . For each sample a plane of 3×3 tomographic acquisitions was recorded. (E) Cone beam configuration of the GINIX setup. After the investigation in parallel geometry, a biopsy with a diameter of 1mm was taken from a control sample and a high resolution scan in cone beam geometry was recorded. This configuration is based on a coherent illumination by a wave guide and allows for high geometric magnification and effective voxel sizes below 200 nm.

Journal: bioRxiv

Article Title: 3D virtual Histopathology of Cardiac Tissue from Covid-19 Patients based on Phase-Contrast X-ray Tomography

doi: 10.1101/2021.09.16.460594

Figure Lengend Snippet: (A) HE stain of a 3 μm thick paraffin section of one sample from a patient who died from Covid-19 (Cov-I, Scalebar: 100 μm). In total, 26 post mortem heart tissue samples were investigated: 11 from Covid-19 patients, 4 from influenza patients, 5 from patients who died with myocarditis and 6 control samples. (B) From each of the samples a biopsy punch with a diameter of 3.5mm was taken and transferred onto a holder for the tomography acquisition. After tomographic scans at the laboratory and parallel beam setup at the synchrotron, one punch with a diameter of 1mm was taken from one of the control and Covid-19 samples. (C) Sketch of the laboratory micro-CT setup. Tomographic scans of all samples were recorded in cone beam geometry with an effective pixel size of px eff = 2 μm using a liquid metal jet source (EXCILLUM, Sweden). (D) Sketch of the parallel beam configuration GINIX endstation (P10 beamline, DESY, Hamburg). In this geometry, datasets of Covid-19 and control samples were acquired at an effective voxel size of 650 nm 3 . For each sample a plane of 3×3 tomographic acquisitions was recorded. (E) Cone beam configuration of the GINIX setup. After the investigation in parallel geometry, a biopsy with a diameter of 1mm was taken from a control sample and a high resolution scan in cone beam geometry was recorded. This configuration is based on a coherent illumination by a wave guide and allows for high geometric magnification and effective voxel sizes below 200 nm.

Article Snippet: X-rays emitted from a liquid metal jet anode (Excillum, Sweden) are used in cone beam geometry with a geometric magnification controlled by the source-sample x 01 and sample-detector distance x 12 .

Techniques: H&E Stain, Paraffin Section, Tomography, Micro-CT