Can Shouting Cause Vocal Cord Damage?
Many people wonder can shouting cause vocal cord damage. The answer is yes – shouting or any other activity which is referred to as misuse of vocal cords may adversely affect your voice. This leads to various problems of the vocal cords and your voice. Vocal cord damage most frequently happens in children, who commonly use bouts of screaming to stick to their point. However, vocal cord damage can even happen in those people who use their voice to make a living. These professionals are sports coaches, cheerleaders, court lawyers, teachers, actors and singers who are susceptible to suffer from some damage to their vocal cords. Read onto know more about vocal cord damage.
Vocal Cords – The Function
These cords are the parts of your throat that allows you to produce the sound and speech. Also, these vocal cords enable you to produce non-speech noises like grunting, wailing or screaming. These structures resemble folds which are located in the tiny muscles present within the voice box. This is known as larynx. When compared with women, the vocal cords tend to be longer in men. Hence, it gives a deeper pitch and tone to their voice. When at rest, the muscles forming the vocal cords lie separately. Although when one is screaming, singing or speaking, these come together and the air flowing through them leads to vibration, resulting in sound production.
Adverse Effects of Voice Misuse
For a short duration, a brief period of misusing the voice, like cheering at a football match, will lead to local inflammation in the muscles which consists the vocal cords. This leads to a hoarse sounding voice and sore throat. However, these effects are just temporary, which last for a few days at a stretch. If a person repeatedly misuses his or her voice by screaming or shouting on a daily basis, then his or her vocal cords will seriously get damaged. Also, this vocal cord damage will lead to more frequent development of nodules or swellings. These growths are known as vocal cord nodules or throat polyps.