FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360754313> ?p ?o ?g. }

• W4360754313 abstract "Background Dampness and mould in buildings have been associated with adverse respiratory symptoms, asthma and respiratory infections of inhabitants. Moisture damage is a very common problem in private houses, workplaces and public buildings such as schools. Objectives To determine the effectiveness of repairing buildings damaged by dampness and mould in order to reduce or prevent respiratory tract symptoms, infections and symptoms of asthma. Search methods We searched CENTRAL (2014, Issue 10), MEDLINE (1951 to November week 1, 2014), EMBASE (1974 to November 2014), CINAHL (1982 to November 2014), Science Citation Index (1973 to November 2014), Biosis Previews (1989 to June 2011), NIOSHTIC (1930 to March 2014) and CISDOC (1974 to March 2014). Selection criteria Randomised controlled trials (RCTs), cluster‐RCTs (cRCTs), interrupted time series studies and controlled before‐after (CBA) studies of the effects of remediating dampness and mould in a building on respiratory symptoms, infections and asthma. Data collection and analysis Two authors independently extracted data and assessed the risk of bias in the included studies. Main results We included 12 studies (8028 participants): two RCTs (294 participants), one cRCT (4407 participants) and nine CBA studies (3327 participants). The interventions varied from thorough renovation to cleaning only. Repairing houses decreased asthma‐related symptoms in adults (among others, wheezing (odds ratio (OR) 0.64; 95% confidence interval (CI) 0.55 to 0.75) and respiratory infections (among others, rhinitis (OR 0.57; 95% CI 0.49 to 0.66), two studies, moderate‐quality evidence). For children, we did not find a difference between repaired houses and receiving information only, in the number of asthma days or emergency department visits because of asthma (one study, moderate‐quality evidence). One CBA study showed very low‐quality evidence that after repairing a mould‐damaged office building, asthma‐related and other respiratory symptoms decreased. In another CBA study, there was no difference in symptoms between full or partial repair of houses. For children in schools, the evidence of an effect of mould remediation on respiratory symptoms was inconsistent and out of many symptom measures only respiratory infections might have decreased after the intervention. For staff in schools, there was very low‐quality evidence that asthma‐related and other respiratory symptoms in mould‐damaged schools were similar to those of staff in non‐damaged schools, both before and after intervention. Authors' conclusions We found moderate to very low‐quality evidence that repairing mould‐damaged houses and offices decreases asthma‐related symptoms and respiratory infections compared to no intervention in adults. There is very low‐quality evidence that although repairing schools did not significantly change respiratory symptoms in staff, pupils' visits to physicians due to a common cold were less frequent after remediation of the school. Better research, preferably with a cRCT design and with more validated outcome measures, is needed." @default.
• W4360754313 created "2023-03-25" @default.
• W4360754313 creator A5007454184 @default.
• W4360754313 creator A5028757956 @default.
• W4360754313 creator A5059641339 @default.
• W4360754313 creator A5072369961 @default.
• W4360754313 creator A5075302161 @default.
• W4360754313 creator A5085977030 @default.
• W4360754313 date "2015-02-25" @default.
• W4360754313 modified "2023-10-18" @default.
• W4360754313 title "Remediating buildings damaged by dampness and mould for preventing or reducing respiratory tract symptoms, infections and asthma" @default.
• W4360754313 cites W1570824340 @default.
• W4360754313 cites W1935525460 @default.
• W4360754313 cites W1973575355 @default.
• W4360754313 cites W1974106409 @default.
• W4360754313 cites W1975100479 @default.
• W4360754313 cites W1983876659 @default.
• W4360754313 cites W1991584262 @default.
• W4360754313 cites W2023935587 @default.
• W4360754313 cites W2025589302 @default.
• W4360754313 cites W2034171205 @default.
• W4360754313 cites W2035117166 @default.
• W4360754313 cites W2040677994 @default.
• W4360754313 cites W2047480190 @default.
• W4360754313 cites W2048384449 @default.
• W4360754313 cites W2049640025 @default.
• W4360754313 cites W2058797764 @default.
• W4360754313 cites W2059426152 @default.
• W4360754313 cites W2064547912 @default.
• W4360754313 cites W2078152402 @default.
• W4360754313 cites W2080435344 @default.
• W4360754313 cites W2081547205 @default.
• W4360754313 cites W2084846361 @default.
• W4360754313 cites W2086032411 @default.
• W4360754313 cites W2089188291 @default.
• W4360754313 cites W2098480542 @default.
• W4360754313 cites W2100856251 @default.
• W4360754313 cites W2104339611 @default.
• W4360754313 cites W2104342449 @default.
• W4360754313 cites W2106327032 @default.
• W4360754313 cites W2108285747 @default.
• W4360754313 cites W2114488753 @default.
• W4360754313 cites W2119104852 @default.
• W4360754313 cites W2121656883 @default.
• W4360754313 cites W2124879124 @default.
• W4360754313 cites W2125521503 @default.
• W4360754313 cites W2125684894 @default.
• W4360754313 cites W2126199684 @default.
• W4360754313 cites W2126515835 @default.
• W4360754313 cites W2131421862 @default.
• W4360754313 cites W2131699272 @default.
• W4360754313 cites W2133013798 @default.
• W4360754313 cites W2136291177 @default.
• W4360754313 cites W2140473819 @default.
• W4360754313 cites W2145299979 @default.
• W4360754313 cites W2148315379 @default.
• W4360754313 cites W2155347594 @default.
• W4360754313 cites W2156277177 @default.
• W4360754313 cites W2157418963 @default.
• W4360754313 cites W2159752059 @default.
• W4360754313 cites W2160655942 @default.
• W4360754313 cites W2165677766 @default.
• W4360754313 cites W2165917780 @default.
• W4360754313 cites W2168847473 @default.
• W4360754313 cites W2332360872 @default.
• W4360754313 cites W4235869254 @default.
• W4360754313 cites W4238333865 @default.
• W4360754313 cites W4360754313 @default.
• W4360754313 doi "https://doi.org/10.1002/14651858.cd007897.pub3" @default.
• W4360754313 hasPublicationYear "2015" @default.
• W4360754313 type Work @default.
• W4360754313 citedByCount "54" @default.
• W4360754313 countsByYear W43607543132012 @default.
• W4360754313 countsByYear W43607543132013 @default.
• W4360754313 countsByYear W43607543132014 @default.
• W4360754313 countsByYear W43607543132015 @default.
• W4360754313 countsByYear W43607543132016 @default.
• W4360754313 countsByYear W43607543132017 @default.
• W4360754313 countsByYear W43607543132018 @default.
• W4360754313 countsByYear W43607543132019 @default.
• W4360754313 countsByYear W43607543132020 @default.
• W4360754313 countsByYear W43607543132021 @default.
• W4360754313 countsByYear W43607543132022 @default.
• W4360754313 countsByYear W43607543132023 @default.
• W4360754313 crossrefType "journal-article" @default.
• W4360754313 hasAuthorship W4360754313A5007454184 @default.
• W4360754313 hasAuthorship W4360754313A5028757956 @default.
• W4360754313 hasAuthorship W4360754313A5059641339 @default.
• W4360754313 hasAuthorship W4360754313A5072369961 @default.
• W4360754313 hasAuthorship W4360754313A5075302161 @default.
• W4360754313 hasAuthorship W4360754313A5085977030 @default.
• W4360754313 hasBestOaLocation W43607543132 @default.
• W4360754313 hasConcept C118552586 @default.
• W4360754313 hasConcept C126322002 @default.
• W4360754313 hasConcept C156957248 @default.
• W4360754313 hasConcept C168563851 @default.
• W4360754313 hasConcept C187212893 @default.
• W4360754313 hasConcept C197934379 @default.
• W4360754313 hasConcept C27415008 @default.
• W4360754313 hasConcept C2776012195 @default.

• next