FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2312909810> ?p ?o ?g. }

• W2312909810 abstract "The potential application of near infrared (NIR) spectroscopy has opened doors for many research investigations related to occupational health, specifically in low back muscle research. This review addressed haemodynamic measurements of paraspinal muscles within the context of low back musculoskeletal health and disorders. Systematic online English language searches were conducted using MEDLINE, EMBASE, Science Direct and Scopus. A study was included if it was focused on NIR spectroscopy application to the back region and was also published in the English language. A study was excluded if the main focus was either on upper/lower extremity specific investigations, or the experimental protocol was ambiguous, or the measures utilised were other than spectroscopy-derived haemodynamics. In total, 37 low back studies were included in the review. Studies were mainly classified into five categories: (i) postural variation, (ii) occupational exposure, (iii) aetiology of low back disorders, (iv) analysis of adipose tissue thickness on spectroscopy-derived measurements and (v) reliability of optical spectroscopy measurements. Seventeen studies were focused on the basic (patho) physiology of the low back musculature during a variety of postural variations. Thirteen studies were specific to occupational activities, whereas 10 investigations were related to low back musculoskeletal disorders. Nine studies examined the influence of adipose tissue thickness measured at the erector spinae region on haemodynamic responses. Reliability of spectroscopy-derived responses was reported in 10 studies. This systematic review supports the need for more spectroscopy-related investigations relevant to work-related activities and specific to low back musculoskeletal disorders. Rigorous statistical analysis is needed in examining the influence of adipose tissue thickness on haemodynamic responses. Although high reliability of spectroscopy-derived responses was found in the majority of studies, to date there are no investigations that have established their reliability in the low back pain patient population. More importantly, a proper calibration technique to identify the physiological minimum in the paraspinal muscle region is still elusive. Overall, understanding injury mechanisms for low back pain and other associated musculoskeletal disorders with NIR oximeters is still in its infancy. However, with the advent of advanced optical spectroscopy systems in the last decade, the potential for innovative use of NIR oximeters in low back musculoskeletal health-related research is promising." @default.
• W2312909810 created "2016-06-24" @default.
• W2312909810 creator A5004623466 @default.
• W2312909810 date "2012-01-01" @default.
• W2312909810 modified "2023-09-27" @default.
• W2312909810 title "Medical Utility of near Infrared Spectroscopy in Low Back Musculoskeletal Health and Disorders" @default.
• W2312909810 cites W146139775 @default.
• W2312909810 cites W1496197703 @default.
• W2312909810 cites W1602603155 @default.
• W2312909810 cites W168836318 @default.
• W2312909810 cites W1914691075 @default.
• W2312909810 cites W1968414636 @default.
• W2312909810 cites W1972158493 @default.
• W2312909810 cites W1974892225 @default.
• W2312909810 cites W1977376757 @default.
• W2312909810 cites W1981587739 @default.
• W2312909810 cites W1983597246 @default.
• W2312909810 cites W1984384350 @default.
• W2312909810 cites W1996971207 @default.
• W2312909810 cites W1997046876 @default.
• W2312909810 cites W1998667664 @default.
• W2312909810 cites W2000030284 @default.
• W2312909810 cites W2000553187 @default.
• W2312909810 cites W2000832603 @default.
• W2312909810 cites W2002804186 @default.
• W2312909810 cites W2008237918 @default.
• W2312909810 cites W2009091754 @default.
• W2312909810 cites W2019611753 @default.
• W2312909810 cites W2019629387 @default.
• W2312909810 cites W2020361919 @default.
• W2312909810 cites W2022501499 @default.
• W2312909810 cites W2028623926 @default.
• W2312909810 cites W2029561032 @default.
• W2312909810 cites W2036696438 @default.
• W2312909810 cites W2038885575 @default.
• W2312909810 cites W2040974847 @default.
• W2312909810 cites W2041452382 @default.
• W2312909810 cites W2041757785 @default.
• W2312909810 cites W2042517462 @default.
• W2312909810 cites W2046388439 @default.
• W2312909810 cites W2049771172 @default.
• W2312909810 cites W2061086845 @default.
• W2312909810 cites W2064366582 @default.
• W2312909810 cites W2064699929 @default.
• W2312909810 cites W2067172440 @default.
• W2312909810 cites W2073345294 @default.
• W2312909810 cites W2074663059 @default.
• W2312909810 cites W2080494050 @default.
• W2312909810 cites W2080689400 @default.
• W2312909810 cites W2082466944 @default.
• W2312909810 cites W2085766113 @default.
• W2312909810 cites W2092574075 @default.
• W2312909810 cites W2095059809 @default.
• W2312909810 cites W2096946558 @default.
• W2312909810 cites W2115190434 @default.
• W2312909810 cites W2116671486 @default.
• W2312909810 cites W2117181277 @default.
• W2312909810 cites W2136633481 @default.
• W2312909810 cites W2140137741 @default.
• W2312909810 cites W2149119632 @default.
• W2312909810 cites W2158188426 @default.
• W2312909810 cites W2159358865 @default.
• W2312909810 cites W2164714615 @default.
• W2312909810 cites W2206266944 @default.
• W2312909810 cites W2256056261 @default.
• W2312909810 cites W2296491914 @default.
• W2312909810 cites W2321463723 @default.
• W2312909810 cites W2342851432 @default.
• W2312909810 cites W4250433293 @default.
• W2312909810 cites W4297832436 @default.
• W2312909810 cites W63495714 @default.
• W2312909810 cites W2040569632 @default.
• W2312909810 doi "https://doi.org/10.1255/jnirs.979" @default.
• W2312909810 hasPublicationYear "2012" @default.
• W2312909810 type Work @default.
• W2312909810 sameAs 2312909810 @default.
• W2312909810 citedByCount "5" @default.
• W2312909810 countsByYear W23129098102012 @default.
• W2312909810 countsByYear W23129098102013 @default.
• W2312909810 countsByYear W23129098102014 @default.
• W2312909810 countsByYear W23129098102017 @default.
• W2312909810 crossrefType "journal-article" @default.
• W2312909810 hasAuthorship W2312909810A5004623466 @default.
• W2312909810 hasConcept C142724271 @default.
• W2312909810 hasConcept C151730666 @default.
• W2312909810 hasConcept C185592680 @default.
• W2312909810 hasConcept C1862650 @default.
• W2312909810 hasConcept C189708586 @default.
• W2312909810 hasConcept C204787440 @default.
• W2312909810 hasConcept C2779343474 @default.
• W2312909810 hasConcept C2779473830 @default.
• W2312909810 hasConcept C2780907711 @default.
• W2312909810 hasConcept C55493867 @default.
• W2312909810 hasConcept C71924100 @default.
• W2312909810 hasConcept C86803240 @default.
• W2312909810 hasConcept C99508421 @default.
• W2312909810 hasConceptScore W2312909810C142724271 @default.
• W2312909810 hasConceptScore W2312909810C151730666 @default.
• W2312909810 hasConceptScore W2312909810C185592680 @default.
• W2312909810 hasConceptScore W2312909810C1862650 @default.

• next