Influence of additional astigmatism on distance-corrected near visual acuity and reading performance

Aim To investigate the effect of astigmatism on near vision performance. Methods In a consecutive case series 23 eyes of 23 participants were fogged with 0 D, −0.75 D and −1.5 D of with-the-rule (WTR) and against-the-rule (ATR) astigmatism (cylindrical lenses without spherical compensation). All sub...

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Published inBritish journal of ophthalmology Vol. 98; no. 1; pp. 24 - 29
Main Authors Casagrande, Maria, Baumeister, Martin, Bühren, Jens, Klaproth, Oliver K, Titke, Christine, Kohnen, Thomas
Format Journal Article
LanguageEnglish
Published England BMJ Publishing Group LTD 01.01.2014
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ISSN0007-1161
1468-2079
1468-2079
DOI10.1136/bjophthalmol-2013-303066

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Abstract Aim To investigate the effect of astigmatism on near vision performance. Methods In a consecutive case series 23 eyes of 23 participants were fogged with 0 D, −0.75 D and −1.5 D of with-the-rule (WTR) and against-the-rule (ATR) astigmatism (cylindrical lenses without spherical compensation). All subjects were cyclopleged and distance corrected. Reading acuity (RAc) and speed (RS) were measured with standardised sentences, near visual acuity (NVA) was assessed using single optotypes (Snellen E), all presented on a thin film transistor display using the Salzburg Reading Desk (SRD). Data were analysed using Wilcoxon-matched-pairs test, regression analysis and Bland–Altman analysis. Results An increasing amount of astigmatism resulted in a decreased NVA (p=0.16 for −0.75 D, p=0.005 for −1.5 D) and RAc (p=0.002 for −0.75 D, p=0.014 for −1.5 D). WTR astigmatism caused a reduced NVA, RAc and lower RS compared with ATR astigmatism (p<0.001). NVA was better than RAc with no astigmatism, −0.75 D WTR and −1.5 D WTR (p=0.03 for 0 D, p<0.001 for −0.75 D, p=0.03 for −1.5 D). There was no difference between NVA and RAc for −0.75 D ATR and −1.5 D ATR (p=0.06 for −0.75 D, p=0.5 for −1.5 D). Conclusions WTR astigmatism results in reduced reading parameters and NVA for −0.75 D and −1.5 D astigmatism compared with corresponding ATR astigmatism and no astigmatism added. No beneficial effect of astigmatism was detected.
AbstractList Aim To investigate the effect of astigmatism on near vision performance. Methods In a consecutive case series 23 eyes of 23 participants were fogged with 0 D, −0.75 D and −1.5 D of with-the-rule (WTR) and against-the-rule (ATR) astigmatism (cylindrical lenses without spherical compensation). All subjects were cyclopleged and distance corrected. Reading acuity (RAc) and speed (RS) were measured with standardised sentences, near visual acuity (NVA) was assessed using single optotypes (Snellen E), all presented on a thin film transistor display using the Salzburg Reading Desk (SRD). Data were analysed using Wilcoxon-matched-pairs test, regression analysis and Bland–Altman analysis. Results An increasing amount of astigmatism resulted in a decreased NVA (p=0.16 for −0.75 D, p=0.005 for −1.5 D) and RAc (p=0.002 for −0.75 D, p=0.014 for −1.5 D). WTR astigmatism caused a reduced NVA, RAc and lower RS compared with ATR astigmatism (p<0.001). NVA was better than RAc with no astigmatism, −0.75 D WTR and −1.5 D WTR (p=0.03 for 0 D, p<0.001 for −0.75 D, p=0.03 for −1.5 D). There was no difference between NVA and RAc for −0.75 D ATR and −1.5 D ATR (p=0.06 for −0.75 D, p=0.5 for −1.5 D). Conclusions WTR astigmatism results in reduced reading parameters and NVA for −0.75 D and −1.5 D astigmatism compared with corresponding ATR astigmatism and no astigmatism added. No beneficial effect of astigmatism was detected.
To investigate the effect of astigmatism on near vision performance.AIMTo investigate the effect of astigmatism on near vision performance.In a consecutive case series 23 eyes of 23 participants were fogged with 0 D, -0.75 D and -1.5 D of with-the-rule (WTR) and against-the-rule (ATR) astigmatism (cylindrical lenses without spherical compensation). All subjects were cyclopleged and distance corrected. Reading acuity (RAc) and speed (RS) were measured with standardised sentences, near visual acuity (NVA) was assessed using single optotypes (Snellen E), all presented on a thin film transistor display using the Salzburg Reading Desk (SRD). Data were analysed using Wilcoxon-matched-pairs test, regression analysis and Bland-Altman analysis.METHODSIn a consecutive case series 23 eyes of 23 participants were fogged with 0 D, -0.75 D and -1.5 D of with-the-rule (WTR) and against-the-rule (ATR) astigmatism (cylindrical lenses without spherical compensation). All subjects were cyclopleged and distance corrected. Reading acuity (RAc) and speed (RS) were measured with standardised sentences, near visual acuity (NVA) was assessed using single optotypes (Snellen E), all presented on a thin film transistor display using the Salzburg Reading Desk (SRD). Data were analysed using Wilcoxon-matched-pairs test, regression analysis and Bland-Altman analysis.An increasing amount of astigmatism resulted in a decreased NVA (p=0.16 for -0.75 D, p=0.005 for -1.5 D) and RAc (p=0.002 for -0.75 D, p=0.014 for -1.5 D). WTR astigmatism caused a reduced NVA, RAc and lower RS compared with ATR astigmatism (p<0.001). NVA was better than RAc with no astigmatism, -0.75 D WTR and -1.5 D WTR (p=0.03 for 0 D, p<0.001 for -0.75 D, p=0.03 for -1.5 D). There was no difference between NVA and RAc for -0.75 D ATR and -1.5 D ATR (p=0.06 for -0.75 D, p=0.5 for -1.5 D).RESULTSAn increasing amount of astigmatism resulted in a decreased NVA (p=0.16 for -0.75 D, p=0.005 for -1.5 D) and RAc (p=0.002 for -0.75 D, p=0.014 for -1.5 D). WTR astigmatism caused a reduced NVA, RAc and lower RS compared with ATR astigmatism (p<0.001). NVA was better than RAc with no astigmatism, -0.75 D WTR and -1.5 D WTR (p=0.03 for 0 D, p<0.001 for -0.75 D, p=0.03 for -1.5 D). There was no difference between NVA and RAc for -0.75 D ATR and -1.5 D ATR (p=0.06 for -0.75 D, p=0.5 for -1.5 D).WTR astigmatism results in reduced reading parameters and NVA for -0.75 D and -1.5 D astigmatism compared with corresponding ATR astigmatism and no astigmatism added. No beneficial effect of astigmatism was detected.CONCLUSIONSWTR astigmatism results in reduced reading parameters and NVA for -0.75 D and -1.5 D astigmatism compared with corresponding ATR astigmatism and no astigmatism added. No beneficial effect of astigmatism was detected.
Aim To investigate the effect of astigmatism on near vision performance. Methods In a consecutive case series 23 eyes of 23 participants were fogged with 0 D, -0.75 D and -1.5 D of with-the-rule (WTR) and against-the-rule (ATR) astigmatism (cylindrical lenses without spherical compensation). All subjects were cyclopleged and distance corrected. Reading acuity (RAc) and speed (RS) were measured with standardised sentences, near visual acuity (NVA) was assessed using single optotypes (Snellen E), all presented on a thin film transistor display using the Salzburg Reading Desk (SRD). Data were analysed using Wilcoxon-matched-pairs test, regression analysis and Bland-Altman analysis. Results An increasing amount of astigmatism resulted in a decreased NVA (p=0.16 for -0.75 D, p=0.005 for -1.5 D) and RAc (p=0.002 for -0.75 D, p=0.014 for -1.5 D). WTR astigmatism caused a reduced NVA, RAc and lower RS compared with ATR astigmatism (p<0.001). NVA was better than RAc with no astigmatism, -0.75 D WTR and -1.5 D WTR (p=0.03 for 0 D, p<0.001 for -0.75 D, p=0.03 for -1.5 D). There was no difference between NVA and RAc for -0.75 D ATR and -1.5 D ATR (p=0.06 for -0.75 D, p=0.5 for -1.5 D). Conclusions WTR astigmatism results in reduced reading parameters and NVA for -0.75 D and -1.5 D astigmatism compared with corresponding ATR astigmatism and no astigmatism added. No beneficial effect of astigmatism was detected.
To investigate the effect of astigmatism on near vision performance. In a consecutive case series 23 eyes of 23 participants were fogged with 0 D, -0.75 D and -1.5 D of with-the-rule (WTR) and against-the-rule (ATR) astigmatism (cylindrical lenses without spherical compensation). All subjects were cyclopleged and distance corrected. Reading acuity (RAc) and speed (RS) were measured with standardised sentences, near visual acuity (NVA) was assessed using single optotypes (Snellen E), all presented on a thin film transistor display using the Salzburg Reading Desk (SRD). Data were analysed using Wilcoxon-matched-pairs test, regression analysis and Bland-Altman analysis. An increasing amount of astigmatism resulted in a decreased NVA (p=0.16 for -0.75 D, p=0.005 for -1.5 D) and RAc (p=0.002 for -0.75 D, p=0.014 for -1.5 D). WTR astigmatism caused a reduced NVA, RAc and lower RS compared with ATR astigmatism (p<0.001). NVA was better than RAc with no astigmatism, -0.75 D WTR and -1.5 D WTR (p=0.03 for 0 D, p<0.001 for -0.75 D, p=0.03 for -1.5 D). There was no difference between NVA and RAc for -0.75 D ATR and -1.5 D ATR (p=0.06 for -0.75 D, p=0.5 for -1.5 D). WTR astigmatism results in reduced reading parameters and NVA for -0.75 D and -1.5 D astigmatism compared with corresponding ATR astigmatism and no astigmatism added. No beneficial effect of astigmatism was detected.
Author Kohnen, Thomas
Bühren, Jens
Klaproth, Oliver K
Baumeister, Martin
Titke, Christine
Casagrande, Maria
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  surname: Bühren
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  surname: Klaproth
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  fullname: Titke, Christine
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BackLink https://www.ncbi.nlm.nih.gov/pubmed/23703094$$D View this record in MEDLINE/PubMed
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– reference: 24338839 - Br J Ophthalmol. 2014 Jan;98(1):2-3
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Snippet Aim To investigate the effect of astigmatism on near vision performance. Methods In a consecutive case series 23 eyes of 23 participants were fogged with 0 D,...
To investigate the effect of astigmatism on near vision performance. In a consecutive case series 23 eyes of 23 participants were fogged with 0 D, -0.75 D and...
Aim To investigate the effect of astigmatism on near vision performance. Methods In a consecutive case series 23 eyes of 23 participants were fogged with 0 D,...
To investigate the effect of astigmatism on near vision performance.AIMTo investigate the effect of astigmatism on near vision performance.In a consecutive...
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StartPage 24
SubjectTerms Adult
Astigmatism
Astigmatism - physiopathology
Female
Humans
Male
Reading
Regression Analysis
Studies
Visual acuity
Visual Acuity - physiology
Young Adult
Title Influence of additional astigmatism on distance-corrected near visual acuity and reading performance
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https://www.ncbi.nlm.nih.gov/pubmed/23703094
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