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Postgraduate Thesis: A retrospective study of tracheal morphometry in Chinese adults by computed tomography
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TitleA retrospective study of tracheal morphometry in Chinese adults by computed tomography
 
AuthorsWong, Fung-ping.
黃鳳屏.
 
Issue Date2012
 
PublisherThe University of Hong Kong (Pokfulam, Hong Kong)
 
AbstractObjective: To determine the upper airway morphometry of Chinese adults by computed tomography. Study Design: This anatomical study consisted of radiological examination of Chinese adults’ upper airway and trachea using computed tomography and image analysis with the help of post-data capture processing software. Materials and Methods: A retrospective review of sixty-five Chinese adults who underwent computed tomography of head and neck region at a regional hospital in Hong Kong was conducted. Computed tomography performed by a Philips Gemini 16? PET/CTPhilips Gemini GXL 16 PET/CT Scanner. Post-data capture processing was performed on GE Advantage Window 4.3 workstation. Measurements were made on standard or oblique reformatted orthogonal planes. Results: 65 consecutive computed tomography scans of the head and neck region of Chinese adults werereviewed. The distance between lower incisor and vocal cords was 144.0mm (±12.1 SD) in men and 124.8mm (±10.4 SD) in women. The distance between the vocal cord and cricoid ring was 21.5mm (±5.8SD) in men and 16.1mm (±6.3SD) in women. The distance between the lower incisor and cricoid ring was 165.5mm (±10.7SD) in men and 140.9 mm (±11.1SD) in women. The distance between the vocal cord and carina was 142.4mm (±12.1SD) in men and 130.4mm (±12.6SD) in women. The distance between the cricoid ring and carina was 121.0mm (±12.7SD) in men and 114.3mm (±10.2SD) in women. All these measurements showed statistically significant gender difference. In men, the anteroposterior diameter of cricoid ring was 21.8mm (±1.4SD) and the transverse diameter was 17.0mm (±1.7SD). In women the anteroposterior diameter of cricoid ring was 17.4mm (±1.9SD) and the transverse diameter was 13.4mm (±1.8SD). Both were statistically different among men and women. The anteroposterior diameter of trachea of men was 21.1mm (±2.9 SD) and the transverse diameter was 17.8mm (±2.7 SD). While the corresponding anteroposterior diameter was 16.1mm (±2.2 SD) and the transverse diameter was 15.9mm (±1.6 SD) in women with statistically significant difference. Using the Pearson correlation, body height but not age of subjects was statistically correlated with all the airway measurements Conclusion: This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population. Conclusion: This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population. Conclusion: This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population.
 
DegreeMaster of Medical Sciences
 
SubjectAirway (Medicine) - Tomography.
 
Dept/ProgramAnatomy
 
DC FieldValue
dc.contributor.authorWong, Fung-ping.
 
dc.contributor.author黃鳳屏.
 
dc.date.hkucongregation2012
 
dc.date.issued2012
 
dc.description.abstractObjective: To determine the upper airway morphometry of Chinese adults by computed tomography. Study Design: This anatomical study consisted of radiological examination of Chinese adults’ upper airway and trachea using computed tomography and image analysis with the help of post-data capture processing software. Materials and Methods: A retrospective review of sixty-five Chinese adults who underwent computed tomography of head and neck region at a regional hospital in Hong Kong was conducted. Computed tomography performed by a Philips Gemini 16? PET/CTPhilips Gemini GXL 16 PET/CT Scanner. Post-data capture processing was performed on GE Advantage Window 4.3 workstation. Measurements were made on standard or oblique reformatted orthogonal planes. Results: 65 consecutive computed tomography scans of the head and neck region of Chinese adults werereviewed. The distance between lower incisor and vocal cords was 144.0mm (±12.1 SD) in men and 124.8mm (±10.4 SD) in women. The distance between the vocal cord and cricoid ring was 21.5mm (±5.8SD) in men and 16.1mm (±6.3SD) in women. The distance between the lower incisor and cricoid ring was 165.5mm (±10.7SD) in men and 140.9 mm (±11.1SD) in women. The distance between the vocal cord and carina was 142.4mm (±12.1SD) in men and 130.4mm (±12.6SD) in women. The distance between the cricoid ring and carina was 121.0mm (±12.7SD) in men and 114.3mm (±10.2SD) in women. All these measurements showed statistically significant gender difference. In men, the anteroposterior diameter of cricoid ring was 21.8mm (±1.4SD) and the transverse diameter was 17.0mm (±1.7SD). In women the anteroposterior diameter of cricoid ring was 17.4mm (±1.9SD) and the transverse diameter was 13.4mm (±1.8SD). Both were statistically different among men and women. The anteroposterior diameter of trachea of men was 21.1mm (±2.9 SD) and the transverse diameter was 17.8mm (±2.7 SD). While the corresponding anteroposterior diameter was 16.1mm (±2.2 SD) and the transverse diameter was 15.9mm (±1.6 SD) in women with statistically significant difference. Using the Pearson correlation, body height but not age of subjects was statistically correlated with all the airway measurements Conclusion: This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population. Conclusion: This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population. Conclusion: This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population.
 
dc.description.naturepublished_or_final_version
 
dc.description.thesisdisciplineAnatomy
 
dc.description.thesislevelmaster's
 
dc.description.thesisnameMaster of Medical Sciences
 
dc.identifier.hkulb4827368
 
dc.languageeng
 
dc.publisherThe University of Hong Kong (Pokfulam, Hong Kong)
 
dc.relation.ispartofHKU Theses Online (HKUTO)
 
dc.rightsThe author retains all proprietary rights, (such as patent rights) and the right to use in future works.
 
dc.rightsCreative Commons: Attribution 3.0 Hong Kong License
 
dc.source.urihttp://hub.hku.hk/bib/B48273685
 
dc.subject.lcshAirway (Medicine) - Tomography.
 
dc.titleA retrospective study of tracheal morphometry in Chinese adults by computed tomography
 
dc.typePG_Thesis
 
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<date.issued>2012</date.issued>
<description.abstract>&#65279;Objective:

To determine the upper airway morphometry of Chinese adults by computed tomography. 

Study Design: 

This anatomical study consisted of radiological examination of Chinese adults&#8217; upper airway and trachea using computed tomography and image analysis with the help of post-data capture processing software. 

Materials and Methods: 

A retrospective review of sixty-five Chinese adults who underwent computed tomography of head and neck region at a regional hospital in Hong Kong was conducted. 

Computed tomography performed by a Philips Gemini 16? PET/CTPhilips Gemini GXL 16 PET/CT Scanner. Post-data capture processing was performed on GE Advantage Window 4.3 workstation. Measurements were made on standard or oblique reformatted orthogonal planes. 

Results: 

65 consecutive computed tomography scans of the head and neck region of Chinese adults werereviewed. The distance between lower incisor and vocal cords was 144.0mm (&#177;12.1 SD) in men and 124.8mm (&#177;10.4 SD) in women. The distance between the vocal cord and cricoid ring was 21.5mm (&#177;5.8SD) in men and 16.1mm (&#177;6.3SD) in women. The distance between the lower incisor and cricoid ring was 165.5mm (&#177;10.7SD) in men and 140.9 mm (&#177;11.1SD) in women. The distance between the vocal cord and carina was 142.4mm (&#177;12.1SD) in men and 130.4mm (&#177;12.6SD) in women. The distance between the cricoid ring and carina was 121.0mm (&#177;12.7SD) in men and 114.3mm (&#177;10.2SD) in women. All these measurements showed statistically significant gender difference. 

In men, the anteroposterior diameter of cricoid ring was 21.8mm (&#177;1.4SD) and the transverse diameter was 17.0mm (&#177;1.7SD). In women the anteroposterior diameter of cricoid ring was 17.4mm (&#177;1.9SD) and the transverse diameter was 13.4mm (&#177;1.8SD). Both were statistically different among men and women. 

The anteroposterior diameter of trachea of men was 21.1mm (&#177;2.9 SD) and the transverse diameter was 17.8mm (&#177;2.7 SD). While the corresponding anteroposterior diameter was 16.1mm (&#177;2.2 SD) and the transverse diameter was 15.9mm (&#177;1.6 SD) in women with statistically significant difference. 

Using the Pearson correlation, body height but not age of subjects was statistically correlated with all the airway measurements

Conclusion: 

This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population. 





Conclusion:

This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population. 



Conclusion:

This study reports the tracheal morphometry and dimensions in a Chinese population and their correlation with body height. Details of these measurements will aid airway management and other upper airway procedures in this population.</description.abstract>
<language>eng</language>
<publisher>The University of Hong Kong (Pokfulam, Hong Kong)</publisher>
<relation.ispartof>HKU Theses Online (HKUTO)</relation.ispartof>
<rights>The author retains all proprietary rights, (such as patent rights) and the right to use in future works.</rights>
<rights>Creative Commons: Attribution 3.0 Hong Kong License</rights>
<source.uri>http://hub.hku.hk/bib/B48273685</source.uri>
<subject.lcsh>Airway (Medicine) - Tomography.</subject.lcsh>
<title>A retrospective study of tracheal morphometry in Chinese adults by computed tomography</title>
<type>PG_Thesis</type>
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<description.thesisname>Master of Medical Sciences</description.thesisname>
<description.thesislevel>master&apos;s</description.thesislevel>
<description.thesisdiscipline>Anatomy</description.thesisdiscipline>
<description.nature>published_or_final_version</description.nature>
<date.hkucongregation>2012</date.hkucongregation>
<bitstream.url>http://hub.hku.hk/bitstream/10722/173864/1/FullText.pdf</bitstream.url>
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