The study's purpose was to describe selected laryngeal activity of brass-wind players during the performance of selected musical exercises. Research problems included the observation and description of three internal areas of activity of ten trumpeters as they performed each exercise. Specific areas of observation were 1) movement of the epiglottis during the performance of each exercise, 2) movement of the vocal folds/arytenoid cartilage which includes changes in the size of the glottis during the performance of each prescribed exercise, and 3) movement of the thyroid cartilage during the performance of each prescribed exercise.\ud Musical exercises performed by each of the subjects included a sound volume change, use of vibrato, single-to...
Wind instrumentalists require a sophisticated functioning of their respiratory system to control the...
This study investigated whether trachea pressures during brass instrument play of laryngectomised pa...
This paper describes the use of real-time MRI at 30 frames/s in studying motor function within the o...
Both methodologies and trumpet instructors frequently ignore the utilization of the glottis in trump...
OBJECTIVE: The functional role of the glottis in brass performance is poorly understood and controve...
AIMS: Objective information on embouchure muscle use in brass players is currently limited. This pil...
SummaryIntroductionKnowledge of occupational voice disorders has gained increased importance as more...
Trumpet performance places considerable demands on musicians respiratory and cardiovascular systems....
The aim of this study is to develop an understanding of the effects on the respiratory system caused...
The present study is an investigation of the effects of breath management instruction on the perform...
The complex subject of the brass wind embouchure is a confusing one for musician or teacher with man...
Embouchure dysfunctions, including those from acute injury to the obicularis oris muscle, represent ...
Objective: Recent publications describing lingual movement strategies within the oral cavity of bras...
Research and comparison of how professionals and students make use of respiratory anatomical structu...
PubMedID: 29289411Opera and chant singers learn to effectively use aerodynamic components by breathi...
Wind instrumentalists require a sophisticated functioning of their respiratory system to control the...
This study investigated whether trachea pressures during brass instrument play of laryngectomised pa...
This paper describes the use of real-time MRI at 30 frames/s in studying motor function within the o...
Both methodologies and trumpet instructors frequently ignore the utilization of the glottis in trump...
OBJECTIVE: The functional role of the glottis in brass performance is poorly understood and controve...
AIMS: Objective information on embouchure muscle use in brass players is currently limited. This pil...
SummaryIntroductionKnowledge of occupational voice disorders has gained increased importance as more...
Trumpet performance places considerable demands on musicians respiratory and cardiovascular systems....
The aim of this study is to develop an understanding of the effects on the respiratory system caused...
The present study is an investigation of the effects of breath management instruction on the perform...
The complex subject of the brass wind embouchure is a confusing one for musician or teacher with man...
Embouchure dysfunctions, including those from acute injury to the obicularis oris muscle, represent ...
Objective: Recent publications describing lingual movement strategies within the oral cavity of bras...
Research and comparison of how professionals and students make use of respiratory anatomical structu...
PubMedID: 29289411Opera and chant singers learn to effectively use aerodynamic components by breathi...
Wind instrumentalists require a sophisticated functioning of their respiratory system to control the...
This study investigated whether trachea pressures during brass instrument play of laryngectomised pa...
This paper describes the use of real-time MRI at 30 frames/s in studying motor function within the o...