Comprehensive speech therapy and functional therapy for stuttering in adults
The monographic work "Complex speech therapy and functional therapy of stuttering in adults" is based mainly on the diagnostic results obtained from the application of "3D Model" for a comprehensive study of types and subtypes of speech fluency disorders“, which was developed within the framework of the author's doctoral dissertation. The results of the 3D model, first of all, categorically proved the need to group stutterers into subgroups according to the criterion "Variability of speech therapy and functional parameters", i.e. that there are discrete dynamic dependencies that are characteristic of the different subtypes of stuttering.
Considering the phenomenon of stuttering as an imbalance between different functional systems that participate in the implementation of speech behavior: breathing, nervous regulation, volitional motor control, monitoring of the implementation of motor programs, emotional reactivity, phonation, articulation (Goranova, 2016), the task was set to study possible ways for sustainable transfer of the acquired skills of fluent speech from the speech therapy office to a real communicative environment. Familiarity with biological feedback (BV, Biofeedback) as a scientifically based method allowed its application in the diagnosis and therapy of individuals with stuttering of different age groups.
By applying techniques such as soft voice attack and/or extended speech, and subsequent combination with BOV, the indicated therapeutic goals are achieved much faster and more easily. The transfer of newly acquired skills from the protected clinical environment to real communicative situations is carried out many times faster and more effectively with the application of BOV.
The purpose of this monograph is to examine scientifically proven therapeutic techniques and approaches and to propose the inclusion of an innovative software computer program as an assistive technology – Biofeedback (BFF) in the therapy of adults with stuttering.




