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fundus-tracked perimeter compass cmp  (CenterVue)

 
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    Structured Review

    CenterVue fundus-tracked perimeter compass cmp
    Fundus Tracked Perimeter Compass Cmp, supplied by CenterVue, 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/fundus+perimeter+compass/compass+fundus+perimeter/pm40129102-93-23-28
    Average 90 stars, based on 1 article reviews
    fundus-tracked perimeter compass cmp - by Bioz Stars, 2026-09
    90/100 stars

    Images

    Related Articles

    Diagnostic Assay:

    Article Title: A Comparison between the Compass Fundus Perimeter and the Humphrey Field Analyzer.
    Article Snippet: .. Giovanni Montesano, MD,1,2,3 Susan R. Bryan, PhD,2 David P. Crabb, PhD,2 Paolo Fogagnolo, MD,1 Francesco Oddone, MD, PhD,4 Allison M. McKendrick, PhD,5 Andrew Turpin, PhD,6 Paolo Lanzetta, MD,7 Andrea Perdicchi, MD,8 Chris A. Johnson, PhD,9 David F. Garway-Heath, MD, FRCOphth,3 Paolo Brusini, MD,10 Luca M. Rossetti, MD, FRCOphth1 Purpose: To evaluate relative diagnostic precision and testeretest variability of 2 devices, the Compass (CMP, CenterVue, Padova, Italy) fundus perimeter and the Humphrey Field Analyzer (HFA, Zeiss, Dublin, CA), in detecting glaucomatous optic neuropathy (GON). ..

    Article Title: Effect of fundus tracking on structure-function relationship in glaucoma.
    Article Snippet: © Author(s) (or their employer(s)) 2020.. No commercial reuse.. See rights and permissions.

    other:

    Article Title: An fMRI-based Approach for Measuring Contrast Sensitivity Across the Visual Field in Visual Cortex
    Article Snippet: For comparison, a behavioral visual field perimetry map was obtained with the Compass fundus perimeter (CenterVue, Padova, Italy) for each eye, using a 24-2 testing grid with a Goldmann size III target (54 locations: 52 from the 24-2 grid, 1 at fixation, and 1 at the physiological blind spot).

    Imaging:

    Article Title: Effect of fundus tracking on structure-function relationship in glaucoma.
    Article Snippet: © Author(s) (or their employer(s)) 2020.. No commercial reuse.. See rights and permissions.

    Functional Assay:

    Article Title: Effect of fundus tracking on structure-function relationship in glaucoma.
    Article Snippet: © Author(s) (or their employer(s)) 2020.. No commercial reuse.. See rights and permissions.



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    CenterVue fundus-tracked perimeter compass cmp
    Fundus Tracked Perimeter Compass Cmp, supplied by CenterVue, 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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    fundus perimeter compass  (CenterVue)
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    microperimetry compass fundus perimeter cmp  (CenterVue)
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    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
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    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
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    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
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    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
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    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
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    compass fundus perimeter  (CenterVue)
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    CenterVue compass fundus perimeter
    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
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    compass fundus automated perimeter  (CenterVue)
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    CenterVue compass fundus automated perimeter
    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
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    https://www.bioz.com/product/fundus+perimeter+compass/fundus+automated+perimeter+compass/pmc11289009-24-4-8
    Average 90 stars, based on 1 article reviews
    compass fundus automated perimeter - by Bioz Stars, 2026-09
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    microperimeter compass fundus automated perimeter  (CenterVue)
    90
    CenterVue microperimeter compass fundus automated perimeter
    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of <t>microperimetry</t> improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.
    Microperimeter Compass Fundus Automated Perimeter, supplied by CenterVue, 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/fundus+perimeter+compass/fundus+automated+perimeter+compass/pm37697208-34-1-8
    Average 90 stars, based on 1 article reviews
    microperimeter compass fundus automated perimeter - by Bioz Stars, 2026-09
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    Image Search Results


    A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of microperimetry improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.

    Journal: Journal of Clinical Medicine

    Article Title: Use of a Fundus Image-Based Titration Strategy for Selective Retina Therapy for Central Serous Chorioretinopathy

    doi: 10.3390/jcm13175230

    Figure Lengend Snippet: A 58-year-old female patient presented with a 12-month history of subretinal fluid (SRF) in the left eye. ( a ) By 1 h after irradiation, 20 test spots (yellow boxes) were barely visible on color fundus photography (CFP). Test spots made with three micropulses at 160 W of pulse energy were less barely visible than those produced with 10 micropulses at 160 W. ( b ) All barely visible test spots showed leakages on fundus fluorescein angiography (FFA). Test spots produced with three micropulses at 160 W of pulse energy (white arrowhead) showed less leakage than those made with 10 micropulses at 160 W (yellow arrowhead). ( c ) Thirty-five selective retina therapy (SRT) spots, at one-spot spacing, were produced by 3 micropulses (160 W) in the leakage area (yellow circle) on FFA. ( d ) SRF was observed on optical coherence tomography (OCT) at baseline. ( e ) SRF was resolved completely at 6 months post-SRT. No SRT spots were visible on CFP at baseline ( f ) and at 6 months post-SRT ( g ). ( h ) The mean deviation (MD) of microperimetry improved from −1.42 dB at baseline to +0.15 dB ( i ) at 6 months. ( j ) Hypoautofluorescent changes at 1 h post-SRT were observed at the test spots produced by 180 W micropulses (white box), but no change was seen at spots produced by 160 W micropulses (red box). ( k ) Autofluorescence of test spots had increased by 1 month post-SRT, but was decreased at 3 months ( l ) and 6 months ( m ) post-SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.

    Article Snippet: Retinal sensitivity was measured using microperimetry (compass fundus perimeter, CMP; Centervue, Padova, Italy), which consisted of a scanning ophthalmoscope, an infrared, red-free image of the posterior pole, and an automated perimeter with active retinal tracking.

    Techniques: Irradiation, Produced, Tomography

    Baseline demographics and characteristics of 29 eyes in 29 patients with central serous chorioretinopathy.

    Journal: Journal of Clinical Medicine

    Article Title: Use of a Fundus Image-Based Titration Strategy for Selective Retina Therapy for Central Serous Chorioretinopathy

    doi: 10.3390/jcm13175230

    Figure Lengend Snippet: Baseline demographics and characteristics of 29 eyes in 29 patients with central serous chorioretinopathy.

    Article Snippet: Retinal sensitivity was measured using microperimetry (compass fundus perimeter, CMP; Centervue, Padova, Italy), which consisted of a scanning ophthalmoscope, an infrared, red-free image of the posterior pole, and an automated perimeter with active retinal tracking.

    Techniques: Injection

    A 52-year-old male patient presented with a 9-month history of subretinal fluid (SRF) in the left eye. ( a ) Twenty test spots (yellow boxes) were observed at 1 h after irradiation on color fundus photography (CFP). While test spots (160 and 180 W) delivered with 10 micropulses were ”barely visible”, other test spots produced with 3 micropulses were invisible on CFP. All test spots showed leakages on fundus fluorescein angiography (FFA). ( b ) Thirty-nine SRT spots (160 W) with one-spot spacing, produced with three micropulses, were applied at diffuse leakages (yellow circle) on FFA. ( c ) SRF was seen on optical coherence tomography (OCT) at baseline ( d ). SRF was resolved completely on OCT at 6 months post-SRT. ( e ) No SRT spots were visible on CFP at 6 months post-SRT. ( f ) The mean deviation (MD) of microperimetry improved from −0.45 dB at baseline to −0.10 dB ( g ) at 6 months after SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.

    Journal: Journal of Clinical Medicine

    Article Title: Use of a Fundus Image-Based Titration Strategy for Selective Retina Therapy for Central Serous Chorioretinopathy

    doi: 10.3390/jcm13175230

    Figure Lengend Snippet: A 52-year-old male patient presented with a 9-month history of subretinal fluid (SRF) in the left eye. ( a ) Twenty test spots (yellow boxes) were observed at 1 h after irradiation on color fundus photography (CFP). While test spots (160 and 180 W) delivered with 10 micropulses were ”barely visible”, other test spots produced with 3 micropulses were invisible on CFP. All test spots showed leakages on fundus fluorescein angiography (FFA). ( b ) Thirty-nine SRT spots (160 W) with one-spot spacing, produced with three micropulses, were applied at diffuse leakages (yellow circle) on FFA. ( c ) SRF was seen on optical coherence tomography (OCT) at baseline ( d ). SRF was resolved completely on OCT at 6 months post-SRT. ( e ) No SRT spots were visible on CFP at 6 months post-SRT. ( f ) The mean deviation (MD) of microperimetry improved from −0.45 dB at baseline to −0.10 dB ( g ) at 6 months after SRT. No scotomatous change was observed in the SRT-treated area on microperimetry.

    Article Snippet: Retinal sensitivity was measured using microperimetry (compass fundus perimeter, CMP; Centervue, Padova, Italy), which consisted of a scanning ophthalmoscope, an infrared, red-free image of the posterior pole, and an automated perimeter with active retinal tracking.

    Techniques: Irradiation, Produced, Tomography