FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1568232604> ?p ?o ?g. }

• W1568232604 endingPage "1198" @default.
• W1568232604 startingPage "1190" @default.
• W1568232604 abstract "Understanding the effects of respiratory load on neural respiratory drive and respiratory pattern are key to understanding the regulation of load compensation in respiratory disease. The aim of the study was to examine and compare the recruitment pattern of the diaphragm and parasternal intercostal muscles when the respiratory system was loaded using two methods. Twelve subjects performed incremental inspiratory threshold loading up to 50% of their maximal inspiratory pressure, and 10 subjects underwent incremental, steady-state hypercapnia to a maximal inspired CO2 of 5%. The diaphragmatic electromyogram (EMGdi) was measured using a multipair oesophageal catheter, and the parasternal intercostal muscle EMG (sEMGpara) was recorded from bipolar surface electrodes positioned in the second intercostal space. The EMGdi and sEMGpara were analysed over the last minute of each increment of both protocols, normalized using the peak EMG recorded during maximal respiratory manoeuvres and expressed as EMG%max. The EMGdi%max and sEMGpara%max increased in parallel during the two loading methods, although EMGdi%max was consistently greater than sEMGpara%max in both conditions, inspiratory threshold loading [bias (SD) 9 (3)%, 95% limits of agreement 4-15%] and hypercapnia [bias (SD) 6 (3)%, 95% limits of agreement -0.05 to 12%]. Inspiratory threshold loading resulted in more pronounced increases in mean (SD) EMGdi%max [10 (7)-45 (28)%] and sEMGpara%max [5.3 (3.1)-40 (28)%] from baseline compared with EMGdi%max [7 (4)-21 (8)%] and sEMGpara%max [4.7 (2.3)-10 (4)%] during hypercapnia, despite comparable levels of ventilation. These data support the use of sEMGpara%max, as a non-invasive alternative to EMGdi%max recorded with an invasive oesophageal electrode catheter, for the quantification of neural respiratory drive. This technique should make evaluation of respiratory muscle function easier to undertake and therefore more readily acceptable in patients with respiratory disease, in whom transduction of neural respiratory drive to pressure generation can be compromised." @default.
• W1568232604 created "2016-06-24" @default.
• W1568232604 creator A5011301027 @default.
• W1568232604 creator A5030485341 @default.
• W1568232604 creator A5045840870 @default.
• W1568232604 creator A5047027037 @default.
• W1568232604 creator A5065977451 @default.
• W1568232604 creator A5081483438 @default.
• W1568232604 date "2013-04-26" @default.
• W1568232604 modified "2023-09-25" @default.
• W1568232604 title "Neural respiratory drive measured during inspiratory threshold loading and acute hypercapnia in healthy individuals" @default.
• W1568232604 cites W1541067914 @default.
• W1568232604 cites W1577673024 @default.
• W1568232604 cites W1870039117 @default.
• W1568232604 cites W1894627574 @default.
• W1568232604 cites W1944026164 @default.
• W1568232604 cites W1946990275 @default.
• W1568232604 cites W1979761146 @default.
• W1568232604 cites W2002660602 @default.
• W1568232604 cites W2006650030 @default.
• W1568232604 cites W2007983483 @default.
• W1568232604 cites W2015327375 @default.
• W1568232604 cites W2023890362 @default.
• W1568232604 cites W2029997686 @default.
• W1568232604 cites W2039127939 @default.
• W1568232604 cites W2056842952 @default.
• W1568232604 cites W2085898803 @default.
• W1568232604 cites W2120603976 @default.
• W1568232604 cites W2120761915 @default.
• W1568232604 cites W2123089901 @default.
• W1568232604 cites W2127481129 @default.
• W1568232604 cites W2129213750 @default.
• W1568232604 cites W2131529478 @default.
• W1568232604 cites W2138193104 @default.
• W1568232604 cites W2140061756 @default.
• W1568232604 cites W2140964360 @default.
• W1568232604 cites W2143141480 @default.
• W1568232604 cites W2149948198 @default.
• W1568232604 cites W2149957054 @default.
• W1568232604 cites W2151930216 @default.
• W1568232604 cites W2155929492 @default.
• W1568232604 cites W2158728671 @default.
• W1568232604 cites W2158849306 @default.
• W1568232604 cites W2160313431 @default.
• W1568232604 cites W2161906515 @default.
• W1568232604 cites W2167353766 @default.
• W1568232604 cites W2167898167 @default.
• W1568232604 cites W2173976756 @default.
• W1568232604 cites W2179272460 @default.
• W1568232604 cites W2183367444 @default.
• W1568232604 cites W2205655260 @default.
• W1568232604 cites W2271483936 @default.
• W1568232604 cites W2335819276 @default.
• W1568232604 cites W2340851655 @default.
• W1568232604 cites W4211025614 @default.
• W1568232604 doi "https://doi.org/10.1113/expphysiol.2012.071415" @default.
• W1568232604 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23504646" @default.
• W1568232604 hasPublicationYear "2013" @default.
• W1568232604 type Work @default.
• W1568232604 sameAs 1568232604 @default.
• W1568232604 citedByCount "44" @default.
• W1568232604 countsByYear W15682326042013 @default.
• W1568232604 countsByYear W15682326042014 @default.
• W1568232604 countsByYear W15682326042015 @default.
• W1568232604 countsByYear W15682326042016 @default.
• W1568232604 countsByYear W15682326042017 @default.
• W1568232604 countsByYear W15682326042018 @default.
• W1568232604 countsByYear W15682326042019 @default.
• W1568232604 countsByYear W15682326042020 @default.
• W1568232604 countsByYear W15682326042021 @default.
• W1568232604 countsByYear W15682326042022 @default.
• W1568232604 crossrefType "journal-article" @default.
• W1568232604 hasAuthorship W1568232604A5011301027 @default.
• W1568232604 hasAuthorship W1568232604A5030485341 @default.
• W1568232604 hasAuthorship W1568232604A5045840870 @default.
• W1568232604 hasAuthorship W1568232604A5047027037 @default.
• W1568232604 hasAuthorship W1568232604A5065977451 @default.
• W1568232604 hasAuthorship W1568232604A5081483438 @default.
• W1568232604 hasBestOaLocation W15682326041 @default.
• W1568232604 hasConcept C121332964 @default.
• W1568232604 hasConcept C123792249 @default.
• W1568232604 hasConcept C126322002 @default.
• W1568232604 hasConcept C127413603 @default.
• W1568232604 hasConcept C157138929 @default.
• W1568232604 hasConcept C164292776 @default.
• W1568232604 hasConcept C164705383 @default.
• W1568232604 hasConcept C200457457 @default.
• W1568232604 hasConcept C23036609 @default.
• W1568232604 hasConcept C24890656 @default.
• W1568232604 hasConcept C2777037550 @default.
• W1568232604 hasConcept C2777515770 @default.
• W1568232604 hasConcept C2778015747 @default.
• W1568232604 hasConcept C42219234 @default.
• W1568232604 hasConcept C534529494 @default.
• W1568232604 hasConcept C71924100 @default.
• W1568232604 hasConcept C78519656 @default.
• W1568232604 hasConcept C99508421 @default.
• W1568232604 hasConceptScore W1568232604C121332964 @default.

• next