Matches in SemOpenAlex for { <https://semopenalex.org/work/W4225983155> ?p ?o ?g. }
- W4225983155 endingPage "0" @default.
- W4225983155 startingPage "0" @default.
- W4225983155 abstract "Various nasal polyp (NP) scoring systems have been proposed and used in the literature. However, no single system has been identified as superior. Correlations between NP scoring systems and patient symptoms, quality of life (QOL) or olfaction vary widely.A systematic search of PubMed, CINAHL, Scopus, and Cochrane Library was conducted following the Preferred Reporting Items for Systematic Reviews and Meta-analyses guideline. Any study examining endoscopy scores and symptom, QOL or olfaction measures in cross sectional manner or after therapeutic intervention were included.This review identified 55 studies for a pooled meta-analysis of Lund-Kennedy (LK-NP) polyp scores (N = 6), Meltzer scores (N = 6), Nasal polyp scores (NPS; N = 19), Total polyp score (TPS; N=8) Lilholdt scores (N = 8), Olfactory cleft endoscopy score (OCES; N =4), Discharge, inflammation, polyp/edema score (DIP; N = 2), and Perioperative sinus endoscopy score (POSE; N = 2). Meta-regression assessed correlations between NP grading systems and SNOT-22, nasal congestion scores, total nasal symptom scores (TNSS), and Smell Identification Test-40 (SIT40). None of the NP grading systems correlated significantly with any symptom, QOL or olfactory metric. In intervention studies of surgery or monoclonal antibody treatment, changes in NPS scores did not correlate with any patient reported outcome measure (PROM) or olfactory outcomes.Current NP endoscopic scoring systems are not associated with PROMs such as SNOT-22, nasal congestion scores, and TNSS as well as objective measures of olfaction. NP grading systems with improved clinical utility are needed." @default.
- W4225983155 created "2022-05-05" @default.
- W4225983155 creator A5001865970 @default.
- W4225983155 creator A5029377931 @default.
- W4225983155 creator A5048490917 @default.
- W4225983155 creator A5060911530 @default.
- W4225983155 creator A5066381335 @default.
- W4225983155 date "2022-04-27" @default.
- W4225983155 modified "2023-09-26" @default.
- W4225983155 title "Correlation of polyp grading scales with patient symptom scores and olfaction in chronic rhinosinusitis: a systematic review and meta-analysis" @default.
- W4225983155 cites W120801443 @default.
- W4225983155 cites W1498569359 @default.
- W4225983155 cites W1579353624 @default.
- W4225983155 cites W1751069616 @default.
- W4225983155 cites W1963557295 @default.
- W4225983155 cites W1969851798 @default.
- W4225983155 cites W1987398174 @default.
- W4225983155 cites W2013336553 @default.
- W4225983155 cites W2013658371 @default.
- W4225983155 cites W2016820153 @default.
- W4225983155 cites W2020101887 @default.
- W4225983155 cites W2029106430 @default.
- W4225983155 cites W2030674948 @default.
- W4225983155 cites W2036740 @default.
- W4225983155 cites W2037158294 @default.
- W4225983155 cites W2041568269 @default.
- W4225983155 cites W2050625216 @default.
- W4225983155 cites W2064212655 @default.
- W4225983155 cites W2076369412 @default.
- W4225983155 cites W2090113525 @default.
- W4225983155 cites W2105880697 @default.
- W4225983155 cites W2107076738 @default.
- W4225983155 cites W2108675780 @default.
- W4225983155 cites W2112554208 @default.
- W4225983155 cites W2125972002 @default.
- W4225983155 cites W2126369233 @default.
- W4225983155 cites W2133628116 @default.
- W4225983155 cites W2168515303 @default.
- W4225983155 cites W2174648590 @default.
- W4225983155 cites W2197981257 @default.
- W4225983155 cites W2266684950 @default.
- W4225983155 cites W2310119123 @default.
- W4225983155 cites W2316517432 @default.
- W4225983155 cites W2317480102 @default.
- W4225983155 cites W2345551155 @default.
- W4225983155 cites W2411169925 @default.
- W4225983155 cites W2469950945 @default.
- W4225983155 cites W2495707702 @default.
- W4225983155 cites W2531269403 @default.
- W4225983155 cites W2616060585 @default.
- W4225983155 cites W2619848051 @default.
- W4225983155 cites W2738110715 @default.
- W4225983155 cites W2765197014 @default.
- W4225983155 cites W2765715831 @default.
- W4225983155 cites W2805868318 @default.
- W4225983155 cites W2806994836 @default.
- W4225983155 cites W2808749072 @default.
- W4225983155 cites W2887351279 @default.
- W4225983155 cites W2892301059 @default.
- W4225983155 cites W2893514746 @default.
- W4225983155 cites W2902583043 @default.
- W4225983155 cites W2917477123 @default.
- W4225983155 cites W2922093863 @default.
- W4225983155 cites W2935231310 @default.
- W4225983155 cites W2945560514 @default.
- W4225983155 cites W2981281082 @default.
- W4225983155 cites W2991215017 @default.
- W4225983155 cites W2995609791 @default.
- W4225983155 cites W3003242241 @default.
- W4225983155 cites W3013351791 @default.
- W4225983155 cites W3014643000 @default.
- W4225983155 cites W3027118642 @default.
- W4225983155 cites W3034146395 @default.
- W4225983155 cites W3035967402 @default.
- W4225983155 cites W3042479842 @default.
- W4225983155 cites W3045361623 @default.
- W4225983155 cites W3081076625 @default.
- W4225983155 cites W3087667852 @default.
- W4225983155 cites W3092367507 @default.
- W4225983155 cites W3093410353 @default.
- W4225983155 cites W3097698402 @default.
- W4225983155 cites W3107155720 @default.
- W4225983155 cites W3110082941 @default.
- W4225983155 cites W3111355484 @default.
- W4225983155 cites W3115069746 @default.
- W4225983155 cites W3118615836 @default.
- W4225983155 cites W3122251071 @default.
- W4225983155 cites W3132168886 @default.
- W4225983155 cites W3132641467 @default.
- W4225983155 cites W3152988358 @default.
- W4225983155 cites W3159136998 @default.
- W4225983155 cites W3159709772 @default.
- W4225983155 cites W3175304472 @default.
- W4225983155 cites W3194746962 @default.
- W4225983155 cites W4211238948 @default.
- W4225983155 doi "https://doi.org/10.4193/rhin22.011" @default.
- W4225983155 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35438689" @default.
- W4225983155 hasPublicationYear "2022" @default.