Laryngeal Biomechanics In Mugham Singing: Endoscopic Insights And Clinical Implications
09-09, 14:00–14:30 (Europe/Istanbul), Phoniatrics 2 (ICC - B3 Floor - 3B/29)

This presentation explores the laryngeal biomechanics of Azerbaijani Mugham singing through endoscopic and stroboscopic observations, with emphasis on the physiologic mechanisms that distinguish this traditional vocal style from Western classical singing. Particular attention is given to glottic configuration, supraglottic activity, laryngeal position, vibratory behavior, and dynamic changes occurring during characteristic Mugham vocal techniques.

The presentation integrates endoscopic findings with clinical interpretation to demonstrate how culturally specific singing techniques produce distinctive patterns of laryngeal function. These observations provide insight into both efficient and potentially demanding vocal behaviors in professional Mugham singers.

Outcome Objectives:

By the end of this presentation, participants will be able to:

  • Recognize characteristic endoscopic features associated with Mugham singing.

  • Describe key biomechanical differences between Mugham and Western operatic vocal production.

  • Understand the role of glottic, supraglottic, and laryngeal adjustments in traditional Mugham techniques.

  • Interpret these findings within the context of professional voice assessment.

  • Appreciate the importance of culturally informed evaluation when examining singers from different vocal traditions.

  • Apply biomechanical observations to counseling, prevention, diagnosis, and management of voice disorders in professional singers.

Background:

Traditional singing styles are shaped by language, culture, musical structure, and learned vocal technique, yet most current knowledge of professional voice production is derived from Western classical singing. Mugham, a highly ornamented and technically demanding Azerbaijani vocal tradition, involves unique patterns of pitch modulation, timbral variation, register transitions, and sustained phonation.

Despite its cultural and vocal complexity, the laryngeal biomechanics of Mugham singing have received limited objective investigation. Endoscopic assessment offers a unique opportunity to visualize the physiologic mechanisms underlying these techniques. Understanding these patterns may broaden current concepts of normal professional voice production and improve the clinical assessment of singers whose vocal behavior differs from conventional Western models.

The purpose of this proposal is to describe the laryngeal biomechanics underlying Azerbaijani Mugham singing and to demonstrate their clinical relevance through endoscopic observations. By identifying characteristic glottic, supraglottic, and laryngeal adjustments, the presentation aims to improve understanding of culturally specific vocal techniques and support more accurate, individualized assessment and management of professional singers.

Session Chair Session Chair
Kristel Kalling
Speaker Speaker
Ramil Hashimli
Ramil Hashimli

I am Dr. Ramil Hashimli, MD, PhD, Assoc. Prof., an otorhinolaryngologist, phoniatrician, laryngeal surgeon, and academic physician with over 25 years of clinical experience. My professional focus lies in voice disorders, phoniatrics, laryngology, and outcomes-oriented clinical research, with a particular interest in bridging clinical practice, structured data, and artificial intelligence.

I currently serve as Vice-President of the Central and West Asian Association of Otorhinolaryngology and Head & Neck Surgery (CWASOS) and as a member of the Extended Board of the Union of European Phoniatricians (UEP). Over the years, I have also served as Chair, Secretary, and member of the organizing and scientific committees of several national and international congresses and educational events.

A major part of my professional mission is to strengthen communication and scientific collaboration among otorhinolaryngologists across Central and West Asia. I am particularly committed to supporting the development of phoniatrics and laryngology in the region, creating opportunities for knowledge exchange, and contributing to the training and professional growth of young physicians through educational programs, workshops, congresses, and international collaboration.

I am actively involved in the ongoing initiative supporting Baku as the host city for the UEP Congress 2029 and serve as Chair of the local working group coordinating preparations for this major international meeting.

In addition to my clinical and scientific activities, I am deeply committed to medical and interdisciplinary education. I introduced and currently teach Vocology as an academic discipline in Azerbaijan, bringing together voice science, vocal physiology, clinical phoniatrics, and the needs of professional voice users.

I am also the founder and developer of APDVoice, an AI-oriented structured data and analytics platform designed to transform routine ENT–phoniatric documentation into standardized real-world evidence suitable for multicenter research, outcomes analysis, and future artificial intelligence applications.

My current academic interests include digital transformation in voice care, structured clinical datasets, precision phoniatrics, professional voice, laryngeal biomechanics, and the development of AI-ready clinical infrastructure. Alongside clinical practice, I remain actively engaged in undergraduate and postgraduate education, international scientific collaboration, and initiatives aimed at strengthening phoniatrics, laryngology, and professional exchange both regionally and globally.

This speaker also appears in:
Kristel Kalling
This speaker also appears in: