Below you will find example sentences with "vocal fold". The examples show how this phrase is used in natural context and which words often surround it.

Vocal Fold in a sentence

Corpus data

  • Displayed example sentences: 20
  • Discovered as a combination around: vocal
  • Corpus frequency in the collocation scan: 7
  • Phrase length: 2 words
  • Average sentence length: 25.5 words

Sentence profile

  • Phrase position: 3 start, 8 middle, 9 end
  • Sentence types: 20 statements, 0 questions, 0 exclamations

Corpus analysis

  • The phrase "vocal fold" has 2 words and usually appears near the end in these examples. The average sentence has 25.5 words and is mostly made up of statements.
  • Around this phrase, patterns and context words such as biosynthesis in vocal fold can be, changing the vocal fold structure, vibration, structure and ecm stand out.
  • In the phrase index, this combination connects with galaxy fold, vocal folds, vocal cords, vocal folds, vocal cords and vocal critic, linking the page to nearby combinations.

Example types with vocal fold

This selection groups the examples by length and sentence type, making usage of the full phrase easier to scan:

HA plays a very important role in the vocal fold biomechanics. (11 words)

Vocal fold physiology : contemporary research and clinical issues. in Vocal Fold Physiology, Conference. 1981. (14 words)

In addition, stroboscopic imaging is only useful when the vocal fold vibratory pattern is closely periodic. (16 words)

Advocates of this theory thought that every single vibration of the vocal folds was due to an impulse from the recurrent laryngeal nerves and that the acoustic center in the brain regulated the speed of vocal fold vibration. (38 words)

Hirano et al. previously found that the newborns did not have a true lamina propria, but instead had cellular regions called maculae flavae, located at the anterior and posterior ends of the loose vocal fold tissue. (36 words)

Scarring may lead to the deformity of vocal fold edge, the disruption of LPs viscosity and stiffness. citation Patients suffering from vocal fold scar complain about increased phonatory effort, vocal fatigue, breathlessness, and dysphonia. (34 words)

Example sentences (20)

Scarring may lead to the deformity of vocal fold edge, the disruption of LPs viscosity and stiffness. citation Patients suffering from vocal fold scar complain about increased phonatory effort, vocal fatigue, breathlessness, and dysphonia.

Vocal fold physiology : contemporary research and clinical issues. in Vocal Fold Physiology, Conference. 1981.

Advocates of this theory thought that every single vibration of the vocal folds was due to an impulse from the recurrent laryngeal nerves and that the acoustic center in the brain regulated the speed of vocal fold vibration.

These differences in newborn vocal fold composition would also be responsible for newborns inability to articulate sounds, besides the fact that their lamina propria is a uniform structure with no vocal ligament.

Within the ECM community of vocal ligament, fibrous proteins such as elastin and collagen are pivotal in maintaining the proper elastic biomechanical property of vocal fold.

All these ECM components together regulate the water content of vocal fold and render the viscous shear property for it.

Although a relationship between hormone levels and ECM biosynthesis in vocal fold can be established, the details of this relationship, and the mechanisms of the influence has not been elucidated yet.

By 7 years of age, all specimens show a three-layered vocal fold structure, based on cellular population densities.

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HA plays a very important role in the vocal fold biomechanics.

Hirano et al. previously found that the newborns did not have a true lamina propria, but instead had cellular regions called maculae flavae, located at the anterior and posterior ends of the loose vocal fold tissue.

Impact of hormones Other studies suggest that hormones play also an important role in vocal fold maturation.

Impact of phonation The viscoelastic properties of human vocal fold lamina propria are essential for their vibration, and depend on the composition and structure of their extracellular matrix (ECM).

In addition, stroboscopic imaging is only useful when the vocal fold vibratory pattern is closely periodic.

In those two layers, which form what is known as the vocalis ligament, the elastic and collagenous fibers are densely packed as bundles that run almost parallel to the edge of the vocal fold.

It is intuitively clear that the vocal fold tissue will experience some tiring due to this large number of hits.

More particularly a connection between higher hormone levels and higher HA content in males could exist in the human vocal fold tissue.

Neither inverse filtering nor EGG are sufficient to completely describe the complex 3-dimensional pattern of vocal fold movement, but can provide useful indirect evidence of that movement.

Neurochronaxic theory This theory states that the frequency of the vocal fold vibration is determined by the chronaxy of the recurrent nerve, and not by breath pressure or muscular tension.

The collagenous and reticular fibers in the newborn VF are fewer than in the adult one, adding to the immaturity of the vocal fold tissue.

The ground substance content in the infant Reinke's space seemed to decrease over time, as the fibrous component content increased, thus slowly changing the vocal fold structure.

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