interactive data analysis tool in the sas statistical software version 9.140 Search Results


marvin v15.9.14.0 (2015)  (ChemAxon LLC)
90
ChemAxon LLC marvin v15.9.14.0 (2015)
Marvin V15.9.14.0 (2015), supplied by ChemAxon LLC, 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/interactive+data+analysis+tool+in+the+sas+statistical+software+version+9%2E140/marvin+v15+9+14+0++2015+/pmc06989153-91-20-24
Average 90 stars, based on 1 article reviews
marvin v15.9.14.0 (2015) - by Bioz Stars, 2026-11
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heyex 1.9.14.0  (heidelberg engineering)
90
heidelberg engineering heyex 1.9.14.0
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Heyex 1.9.14.0, supplied by heidelberg engineering, 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/interactive+data+analysis+tool+in+the+sas+statistical+software+version+9%2E140/heyex+version+1+9+14+0/pmc08684316-78-42-44
Average 90 stars, based on 1 article reviews
heyex 1.9.14.0 - by Bioz Stars, 2026-11
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in-built software heyex v1.9.14.0  (heidelberg engineering)
90
heidelberg engineering in-built software heyex v1.9.14.0
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
In Built Software Heyex V1.9.14.0, supplied by heidelberg engineering, 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/interactive+data+analysis+tool+in+the+sas+statistical+software+version+9%2E140/in+built+software+heyex+v1+9+14+0/pmc08232116-68-10-12
Average 90 stars, based on 1 article reviews
in-built software heyex v1.9.14.0 - by Bioz Stars, 2026-11
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eye explorer 1.9.14.0 spectralis viewing module calculator data provider/manager 1.0.11.0  (heidelberg engineering)
90
heidelberg engineering eye explorer 1.9.14.0 spectralis viewing module calculator data provider/manager 1.0.11.0
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Eye Explorer 1.9.14.0 Spectralis Viewing Module Calculator Data Provider/Manager 1.0.11.0, supplied by heidelberg engineering, 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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Average 90 stars, based on 1 article reviews
eye explorer 1.9.14.0 spectralis viewing module calculator data provider/manager 1.0.11.0 - by Bioz Stars, 2026-11
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built-in manufacturer software heidelberg eye explorer 1.9.14.0  (heidelberg engineering)
90
heidelberg engineering built-in manufacturer software heidelberg eye explorer 1.9.14.0
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Built In Manufacturer Software Heidelberg Eye Explorer 1.9.14.0, supplied by heidelberg engineering, 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/interactive+data+analysis+tool+in+the+sas+statistical+software+version+9%2E140/built+in+software+heidelberg+eye+explorer+version+1+10+2+0/pm40261664-41-81-85
Average 90 stars, based on 1 article reviews
built-in manufacturer software heidelberg eye explorer 1.9.14.0 - by Bioz Stars, 2026-11
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eye explorer 1.9.14.0  (heidelberg engineering)
90
heidelberg engineering eye explorer 1.9.14.0
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Eye Explorer 1.9.14.0, supplied by heidelberg engineering, 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/interactive+data+analysis+tool+in+the+sas+statistical+software+version+9%2E140/eye+explorer+1+9+10+0/pmc12020960-39-81-85
Average 90 stars, based on 1 article reviews
eye explorer 1.9.14.0 - by Bioz Stars, 2026-11
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chromophtal® yellow 3g  (BASF)
90
BASF chromophtal® yellow 3g
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Chromophtal® Yellow 3g, supplied by BASF, 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/interactive+data+analysis+tool+in+the+sas+statistical+software+version+9%2E140/chromophtal++yellow+8g/us11401652-347-39-11
Average 90 stars, based on 1 article reviews
chromophtal® yellow 3g - by Bioz Stars, 2026-11
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heliogen® green l 9140  (BASF)
90
BASF heliogen® green l 9140
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Heliogen® Green L 9140, supplied by BASF, 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/interactive+data+analysis+tool+in+the+sas+statistical+software+version+9%2E140/heliogen+green+l8730/us10968356-107-41-13
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cholesterol d7  (Cambridge Isotope Laboratories)
94
Cambridge Isotope Laboratories cholesterol d7
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Cholesterol D7, supplied by Cambridge Isotope Laboratories, used in various techniques. Bioz Stars score: 94/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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huiga 2  (SouthernBiotech)
93
SouthernBiotech huiga 2
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Huiga 2, supplied by SouthernBiotech, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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huiga 2 - by Bioz Stars, 2026-11
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color pigments heliogen green l 9140  (BASF)
90
BASF color pigments heliogen green l 9140
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Color Pigments Heliogen Green L 9140, supplied by BASF, 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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angewandte zuschriften  (Verlag GmbH)
90
Verlag GmbH angewandte zuschriften
Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the <t>HEYEX</t> software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.
Angewandte Zuschriften, 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
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Image Search Results


Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the HEYEX software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.

Journal: Translational Vision Science & Technology

Article Title: Short-Term Parafoveal Cone Loss Despite Preserved Ellipsoid Zone in Rod Cone Dystrophy

doi: 10.1167/tvst.10.14.11

Figure Lengend Snippet: Procedures used for image acquisition, montage and marking the foveal center in a normal eye. Vertical ( A ) and horizontal ( B ) centers of the high-resolution IR image were located using the HEYEX software, and the foveal center was marked on the IR image ( C ). The AO imaging protocol included 12 overlapping 4° × 4° image frames covering the central 10° ( D ). Fovea, region of interest (ROI), and x , y coordinates (degrees from the fovea) of the four overlapping image frames are shown. The pink area (6° × 6°) shows the area covered by the four overlapping image frames, and the green area (2° × 2°) shows the area shared by these image frames. The ROI (80 µm × 80 µm) was located on the horizontal meridian, 2° temporal to the fovea. Individual AO image frames ( E ) were stitched together to create an AO montage ( F ). The AO montage was overlaid on the center-marked IR image, and the foveal center was marked on the AO montage ( G ). The same procedure was performed for the analyzed AO images to create cone density maps ( H – J ). The color code for the density map is shown in ( J ). T, temporal; +, superior; −, inferior.

Article Snippet: Foveal-centered macular volumetric scans (30° × 25° scan field, 61 horizontal B-scans separated by 130 μm) and accompanying high-resolution infrared (IR) image were used for marking the anatomical foveal center defined as the center of the foveal pit using the manufacturer software (HEYEX 1.9.14.0; Heidelberg Engineering) in all eyes ( A– C).

Techniques: Software, Imaging