Abstract Introduction Compensatory articulations are speech disorders due to the attempt of the individual with cleft palate/velopharyngeal dysfunction to generate intraoral pressure to produce high-pressure consonants. Speech therapy is the indicated intervention for their correction, and an intensive speech therapy meets the facilitating conditions for the correction of glottal stop articulation, which is the most common compensatory articulation. Objective To investigate the influence of an intensive speech therapy program (ISTP) to correct glottal stop articulation in the speech of individuals with cleft palate. Methods Speech recordings of 37 operated cleft palate participants of both genders (mean age = 19 years old) were rated by 3 experienced speech/language pathologists. Their task was to rate the presence and absence of glottal stops in the 6 Brazilian Portuguese occlusive consonants (p, b, t, d, k, g) distributed within several places in 6 sentences. Results Out of the 325 pretherapy target consonants rated with glottal stop, 197 (61%) remained with this error, and 128 (39%) no longer presented it. The comparison of the pre- and posttherapy results showed: a) a statical significance for the p1, p2, p3, p4, t1, k1, k2 and d6 consonants (McNemar test; p < 0.05); b) a statistical significance for the p consonant in relation to the k, b, d, g consonants and for the t consonant in relation to the b, d, and g consonants (chi-squared test; p < 0.05) in the comparison of the proportion improvement among the 6 occlusive consonants. Conclusion The ISTP influenced the correction of glottal stops in the speech of individuals with cleft palate.

ABSTRACT Purpose: to investigate the effectiveness of a pharyngeal bulb prosthesis to eliminate hypernasality in patients with operated cleft palate presenting with diagnosis of hypodynamic velopharynx. Methods: twenty patients with cleft palate, ages 11-40 years, presenting hypodynamic velopharynx participated in the study. Patients had their speech audio recorded twice, with and without prosthesis, simultaneously with nasometry. Three speech-pathologists rated the presence and absence of hypernasality. Perceptual and nasometric data without and with prosthesis were compared, using the McNemar Test (p<0.05). Results: three (15%) patients presented hypernasality without prosthesis and normal resonance with prosthesis, 3 (15%), normal resonance without prosthesis and hypernasality with prosthesis, 9 (45%), hypernasality without and with prosthesis, and 5 (25%), normal resonance in both conditions. Nasometry (≤27% cut off): 1 (5%), presented scores >27% without prosthesis and <27% with prosthesis, 2 (10%), scores <27% without prosthesis and >27% with prosthesis, 17 (85%), scores >27% in both conditions, and 1(5%), scores <27% in both conditions. The comparisons between the results were not significant (p=1.000). Conclusion: the pharyngeal bulb prosthesis alone is insufficient to eliminate hypernasality of patients presented with hypodynamic velopharynx. To this purpose, the combination between the prosthesis and speech therapy is required.

ABSTRACT Purpose To describe the speech of a patient with Pierre Robin Sequence (PRS) and severe speech disorders before and after participating in an Intensive Speech Therapy Program (ISTP). Methods The ISTP consisted of two daily sessions of therapy over a 36-week period, resulting in a total of 360 therapy sessions. The sessions included the phases of establishment, generalization, and maintenance. A combination of strategies, such as modified contrast therapy and speech sound perception training, were used to elicit adequate place of articulation. The ISTP addressed correction of place of production of oral consonants and maximization of movement of the pharyngeal walls with a speech bulb reduction program. Therapy targets were addressed at the phonetic level with a gradual increase in the complexity of the productions hierarchically (e.g., syllables, words, phrases, conversation) while simultaneously addressing the velopharyngeal hypodynamism with speech bulb reductions. Results Re-evaluation after the ISTP revealed normal speech resonance and articulation with the speech bulb. Nasoendoscopic assessment indicated consistent velopharyngeal closure for all oral sounds with the speech bulb in place. Conclusion Intensive speech therapy, combined with the use of the speech bulb, yielded positive outcomes in the rehabilitation of a clinical case with severe speech disorders associated with velopharyngeal dysfunction in Pierre Robin Sequence.