Dagar Sanjiv Rajender Singh, Turakiya Viral, Pakhan Ashok J, Jaggi Nitin, Kalra Amit, Vaidya Vidya
Department of Prosthodontics, Maharana Pratap College of Dentistry & Research Center, Gwalior, Madhya Pradesh, India.
Department of Periodontics & Implantology, Maharana Pratap College of Dentistry & Research Center, Gwalior, Madhya Pradesh, India.
J Int Oral Health. 2014 Apr;6(2):40-4. Epub 2014 Apr 26.
Purpose of this study was to modify the stethoscope which can auscultate the temporomandibular joint (TMJ) sounds more precisely than conventional stethoscope, and fabrication of stethoscope compatible software which analyses the auscultated sound and gives documentary evidence of that analysis in the form of graph.
MATERIALS & METHODS: The conventional stethoscope was modified by attaching a custom made soundscope with a recording device which can be placed in external auditory meatus (EAM) for auscultation of TMJ sounds. When this small and smooth end of custom made soundscope of modified stethoscope is placed in EAM & connected with specially developed software it records the TMJ sounds & analyzes them in form of graph.
Fabrication of modified stethoscope with software records the auscultated sound as a sound wave in form of graph and analyses this sound wave graph to give graphic evidence of prominent intensity at prominent frequency as spectrum analysis graph, and duration of that sound as a sound length graph.
The use of modified stethoscope with software increases the accuracy of auscultation of TMJ sounds without any patient's discomfort and helps in diagnosis of TMJ disorders. The modified stethoscope with software for auscultation of TMJ sounds results in more precise auscultation & analysis of TMJ for sounds even of low intensity & frequency. How to cite the article: Dagar SR, Turakiya V, Pakhan AJ, Jaggi N, Kalra A, Vaidya V. Modified stethoscope for auscultation of temporomandibular joint sounds. J Int Oral Health 2014;6(2):40-4.
本研究的目的是改进听诊器,使其能比传统听诊器更精确地听诊颞下颌关节(TMJ)声音,并制作与听诊器兼容的软件,该软件可分析听诊声音,并以图表形式给出该分析的书面证据。
对传统听诊器进行改进,连接一个定制的声镜和一个录音设备,该录音设备可置于外耳道(EAM)用于听诊TMJ声音。当改进后的听诊器的这种小巧光滑的定制声镜末端置于EAM并与专门开发的软件连接时,它会记录TMJ声音并以图表形式进行分析。
带有软件的改进型听诊器制作完成,它将听诊声音记录为图表形式的声波,并分析该声波图,以频谱分析图的形式给出突出频率下突出强度的图形证据,以及以声音长度图的形式给出该声音的持续时间。
使用带有软件的改进型听诊器可提高TMJ声音听诊的准确性,且不会给患者带来任何不适,有助于诊断TMJ疾病。带有用于听诊TMJ声音软件的改进型听诊器,即使对于低强度和低频率的声音,也能对TMJ进行更精确的听诊和分析。如何引用本文:Dagar SR, Turakiya V, Pakhan AJ, Jaggi N, Kalra A, Vaidya V. Modified stethoscope for auscultation of temporomandibular joint sounds. J Int Oral Health 2014;6(2):40 - 4.