What's the difference between lingual and velar?

Lingual


Definition:

  • (a.) Of or pertaining to the tongue; uttered by the aid of the tongue; glossal; as, the lingual nerves; a lingual letter.
  • (n.) A consonant sound formed by the aid of the tongue; -- a term especially applied to certain articulations (as those of t, d, th, and n) and to the letters denoting them.

Example Sentences:

  • (1) The temperature increased from the anterior to the posterior region on both buccal and lingual sides of both arches.
  • (2) This was found to be homologous with the N-terminal sequence of rat lingual lipase.
  • (3) On the buccal and lingual aspects of the implants, both the absolute lengths and CLF were significantly smaller for the porous-coated design.
  • (4) An abscess of a lingual tonsil should be drained under general anesthesia, and lingual thyroid should be treated conservatively unless it produces obstructive symptoms.
  • (5) All the teeth were also measured on both their buccal and lingual aspects to assess the amount of gingival recession.
  • (6) It was suggested that they might be viewed as a representative sample of magnitude-estimation numbers that could be employed in experimentation on lingual vibrotactile magnitude production.
  • (7) A bucco-lingual cross action through the mandible in the canine area revealed central osteomas.
  • (8) Cervical cavities were prepared on the lingual and vestibular surfaces in 19 freshly extracted human teeth.
  • (9) Twelve weeks after crushing the lingual nerve, the regenerated fibres had slower conduction velocities but the receptor properties were not significantly different from normal.
  • (10) The results indicate that the tongue-to-teeth contact area of each sound differ from the others, however, it's range is confined within cervical half of lingual surface of incisors and lingual cusps of molars.
  • (11) Three main clinical entities of various intensity have been defined: 8 patients had severe intellectual and motor dysfunctions associated with a bucco-lingual dyspraxia; in 4 patients, the intellectual and motor alterations were less intense but were associated with a severe bucco-lingual dyspraxia; finally one patient had no clinical symptomatology but a chronic lymphocytic meningitis.
  • (12) In the lingual portion of the incisal periodontal ligament, these nerve fibers were localized in the alveolar half of the periodontal ligament and were observed as free nerve endings.
  • (13) Data System DALI (Drawing Arch Lingual Ideal) allows to draw the exact design of the wire.
  • (14) Two-dimensional photoelastic analysis of resin-bonded cingulum rest seats demonstrated improvement in stress distribution when the lingual surface of the tooth was prepared with a cingulum groove.
  • (15) A macular-sparing superior altitudinal hemianopia with no visuo-psychic disturbance, except impaired visual learning, was associated with bilateral ischaemic necrosis of the lingual gyrus and only partial involvement of the fusiform gyrus on the left side.
  • (16) Plaque was assessed at baseline and at the end of the 2-week study period using the Turesky modification of the Quigley and Hine index for all buccal and lingual surfaces.
  • (17) Both drugs relieved the parkinsonian symptoms but the animals on Sinemet developed after 2 weeks prominent lingual dyskinesia which remained visible after each dose until the end of the experiment.
  • (18) The nerve with the largest proportion of these fibers is the auriculotemporal nerve (50-60% of all labeled neurons), while the smallest percentages are found in the lingual nerve and motor root (about 5% each).
  • (19) We have concluded from the final data that the sublingual bar compares favorably with the lingual plate in patient acceptance and should be considered as a viable design alternative when a lingual plate is not indicated.
  • (20) A study of intermandibular variations in bone mass in cortices between regions of the alveolar process and mandibular body and between buccal and lingual cortices in the same region has been carried out.

Velar


Definition:

  • (a.) Of or pertaining to a velum; esp. (Anat.) of or pertaining to the soft palate.
  • (a.) Having the place of articulation on the soft palate; guttural; as, the velar consonants, such as k and hard q.

Example Sentences:

  • (1) This study examined the frequency of occurrence of velar deviations in spontaneous single-word utterances over a 6-month period for 40 children who ranged in age from 1:11 (years:months) to 3:1 at the first observation.
  • (2) The perception of voicing in final velar stop consonants was investigated by systematically varying vowel duration, change in offset frequency of the final first formant (F1) transition, and rate of frequency change in the final F1 transition for several vowel contexts.
  • (3) This ten-year study reviews 36 patients with complete clefts of the hard and soft palates treated with primary velar closure, bilateral myringotomies, and tubings performed when the infant was 12 to 15 months of age.
  • (4) The normal velopharyngeal mechanism has the capacity to successfully overcome the imbalance between pharyngeal dimensions and velar length caused by adenoid removal.
  • (5) Low age-weighted scores on production of velars, liquids, and postvocalic singleton obstruents, along with elevated thresholds at 500 Hz and a history of early onset and late remission from OME, were the most important variables characterizing children who did not catch up phonologically by age 3.
  • (6) Productions of target voiced and voiceless alveolar and velar stops were transcribed and acoustically analyzed before and after treatment that was administered on a predetermined contrast.
  • (7) The movements of the external lever reflect the movement of the internal lever as it follows velar movement and are recorded as an analog signal using an optoelectronic position-sensing system.
  • (8) Lingual-palatal contact patterns for the velar stops differed for vowel environment but not for voicing.
  • (9) Timing of peak velar displacement was statistically associated with timing of peak intraoral air pressure in one subject.
  • (10) Experiment II: The role of the TVP muscle in velar movements was investigated from the standpoint of upper airway patency.
  • (11) The purpose of the present study was to determine how a loss of velar resistance associated with velopharyngeal inadequacy affects speech pressures and airflow.
  • (12) Neurons of the outer nerve ring also synapse onto velar, radial fibers and the sphincter muscle.
  • (13) The mobility of the soft palate tends to interfere with velar extensions.
  • (14) Trajectories of the velar fleshpoint in the midsagittal plane were demonstrated.
  • (15) Ratings of velar-pharyngeal contact and ratings of adenoid size were obtained from the films.
  • (16) Two ways of calibrating the device are proposed so as to allow the measurement of absolute velar elevation (from rest position).
  • (17) The velar mechanism was perturbed by having subjects voluntarily lower the soft palate during a series of words involving plosive consonants.
  • (18) After transection of the TVP muscle at the pterygoid hamulus, the contraction of the TVP muscle did not produce any velar movements.
  • (19) Although sophisticated techniques for estimating velopharyngeal port area during speech are available, clinicians continue to seek approaches for screening patients with suspected velar inadequacy.
  • (20) When respiratory and temporal responses were assessed together, the findings revealed that airflow and temporal changes minimized the fall of pressure as velar resistance declined across groups.

Words possibly related to "velar"