FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2234922048> ?p ?o ?g. }

• W2234922048 abstract "IntroductionDorsal displacement of the soft palate (DDSP) is one of the most common intermittent dysfunctions of the nasopharynx in racehorses. The DDSP etiopathogenesis is, still today, not clearly understood. Recently was induced DDSP in horses during exercise after bilateral resection of thyrohyoideus (TH) muscles. DDSP was also correlated to a more ventral position of the basihyoid bone evaluated using ultrasonographic scan of the laryngohyoid region.ObjectivesThe purpose of the present work is to investigate TH activity at rest in horses affected with DDSP using surface electromyography (EMG) and correlate the results with the position of hyoid apparatus using ultrasonographic scan of the laringohyoid region. Materials and method12 racehorses (10 Standardbreds and 2 Thoroughbreds), referred with history of poor performance ranged in age between 2 and 4 years (mean age 3.1 ± 0,7 years) with a mean body weight of 468,9 ± 52,3 kg. All horses underwent a thorough diagnostic protocol, including examination at rest and during exercise of different body systems, ultrasonographic scan of the laryngeal-hyoid portion and EMG evaluation of TH muscles. Exercise tests were realized using an high-speed treadmill (SATO-I, Sweden) and all the exercise tests was performed using a standardized protocol. On day 4 the treadmill endoscopy using a videoendoscope (Stortz®-Germany) held in position with Velcro straps was performed. After videoendoscopy of the upper respiratory tract on treadmill horses were classified into one of two groups based: DDSP when the caudal border of the epiglottis was situated dorsal to the epiglottis for a minimum of 8 s and horses without DDSP if DDSP wasn’ t discovered..Ultrasonographic scan of the laryngohyoid region comprised two acoustic windows the rostroventral and the midventral, scanned in longitudinal and transverse planes. Using the electronic caliper of the machine were measured the depth of the basihyoid bone at the base of lingual process, the depth of the caudal aspect of the basihyoid bone, the depth of the rostral aspect of the thyroid cartilage, and the distance from the caudal aspect of the basihyoid bone to the rostral aspect of the thyroid cartilage. The EMG activity of the TH muscles was evaluated at rest with surface electrodes and a ground obtained with a subcutaneous needle electrode. The was applied on both sides at the level of the topographic area corresponding to the TH muscle, which was clipped and cleaned with alcohol. TH activity was measured during deglutition obtained following administration of 50 ml of water in the mouth using a 50 ml syringe. This operation was repeated at least five time for each side and every activity connected with deglutition recorded. Electromyographic signals were processed and analyzed and the mean electrical activity (MEA) of the muscles was evaluated. The statistical analysis of the results was made comparing the two groups, horses with DDSP (wDDSP) and without DDSP (nDDSP), considering all the measures of the laryngohyoid…" @default.
• W2234922048 created "2016-06-24" @default.
• W2234922048 creator A5012119225 @default.
• W2234922048 date "2011-03-24" @default.
• W2234922048 modified "2023-09-28" @default.
• W2234922048 title "EVALUATION OF ELECTROMYOGRAPHIC ACTIVITY OF THYROHYOIDEUS (TH) MUSCLE AND ULTRASONOGRAPHIC ASSESSMENT OF THE POSITION OF THE HYOID APPARATUS AT REST AND THEIR POSSIBLE ROLE IN THE PATHOGENESIS OF INTERMITTENT DORSAL DISPLACEMENT OF THE SOFT PALATE (DDSP) IN RACEHORSES" @default.
• W2234922048 cites W1491685984 @default.
• W2234922048 cites W1561103793 @default.
• W2234922048 cites W1593506246 @default.
• W2234922048 cites W1742382582 @default.
• W2234922048 cites W1881475863 @default.
• W2234922048 cites W190251975 @default.
• W2234922048 cites W1940025753 @default.
• W2234922048 cites W1953439998 @default.
• W2234922048 cites W1963967255 @default.
• W2234922048 cites W1965569267 @default.
• W2234922048 cites W1969014811 @default.
• W2234922048 cites W1971370327 @default.
• W2234922048 cites W1974006530 @default.
• W2234922048 cites W1976431607 @default.
• W2234922048 cites W1982655462 @default.
• W2234922048 cites W1985870551 @default.
• W2234922048 cites W1995824091 @default.
• W2234922048 cites W2004111552 @default.
• W2234922048 cites W2011761357 @default.
• W2234922048 cites W2018015217 @default.
• W2234922048 cites W2018948655 @default.
• W2234922048 cites W2022310318 @default.
• W2234922048 cites W2028354182 @default.
• W2234922048 cites W2029801343 @default.
• W2234922048 cites W2033380972 @default.
• W2234922048 cites W2037680876 @default.
• W2234922048 cites W2042717902 @default.
• W2234922048 cites W2045320321 @default.
• W2234922048 cites W2048718355 @default.
• W2234922048 cites W2063963714 @default.
• W2234922048 cites W2068137656 @default.
• W2234922048 cites W2071479054 @default.
• W2234922048 cites W2074578704 @default.
• W2234922048 cites W2078415057 @default.
• W2234922048 cites W2080666917 @default.
• W2234922048 cites W2085580515 @default.
• W2234922048 cites W2087024380 @default.
• W2234922048 cites W2097645667 @default.
• W2234922048 cites W2100666109 @default.
• W2234922048 cites W2102086456 @default.
• W2234922048 cites W2105739895 @default.
• W2234922048 cites W2109361288 @default.
• W2234922048 cites W2119290887 @default.
• W2234922048 cites W2120681275 @default.
• W2234922048 cites W2122864298 @default.
• W2234922048 cites W2124359667 @default.
• W2234922048 cites W2126498130 @default.
• W2234922048 cites W2129847421 @default.
• W2234922048 cites W2135948857 @default.
• W2234922048 cites W2138576850 @default.
• W2234922048 cites W2141291299 @default.
• W2234922048 cites W2143801098 @default.
• W2234922048 cites W2146520915 @default.
• W2234922048 cites W2150546228 @default.
• W2234922048 cites W2152342638 @default.
• W2234922048 cites W2160318960 @default.
• W2234922048 cites W2173798523 @default.
• W2234922048 cites W2274797810 @default.
• W2234922048 cites W2324360626 @default.
• W2234922048 cites W2342068394 @default.
• W2234922048 cites W2397437667 @default.
• W2234922048 cites W2410894115 @default.
• W2234922048 cites W2415207491 @default.
• W2234922048 cites W2417053782 @default.
• W2234922048 cites W2434092755 @default.
• W2234922048 cites W2469538230 @default.
• W2234922048 cites W2470178439 @default.
• W2234922048 cites W2475422848 @default.
• W2234922048 cites W2485676564 @default.
• W2234922048 cites W2502195343 @default.
• W2234922048 cites W2592463163 @default.
• W2234922048 cites W2896021427 @default.
• W2234922048 cites W2903747806 @default.
• W2234922048 cites W2903874476 @default.
• W2234922048 cites W3046918507 @default.
• W2234922048 cites W32666075 @default.
• W2234922048 cites W75172535 @default.
• W2234922048 cites W81598606 @default.
• W2234922048 doi "https://doi.org/10.13130/stancari-giovanni_phd2011-03-24" @default.
• W2234922048 hasPublicationYear "2011" @default.
• W2234922048 type Work @default.
• W2234922048 sameAs 2234922048 @default.
• W2234922048 citedByCount "0" @default.
• W2234922048 crossrefType "dissertation" @default.
• W2234922048 hasAuthorship W2234922048A5012119225 @default.
• W2234922048 hasConcept C105702510 @default.
• W2234922048 hasConcept C140530291 @default.
• W2234922048 hasConcept C141071460 @default.
• W2234922048 hasConcept C1862650 @default.
• W2234922048 hasConcept C2777515770 @default.
• W2234922048 hasConcept C2778674591 @default.
• W2234922048 hasConcept C2780474809 @default.
• W2234922048 hasConcept C2780742623 @default.
• W2234922048 hasConcept C2781464450 @default.

• next