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The aim of this paper was to examine the literacy skills of deaf and hard of hearing people in electronic form writing and to compare these skills in relation to standard ("paper-pencil") writing. The sample included 50 deaf and hard of hearing students aged from 12 to 20 years. The students were supposed to have basic literacy to be able to answer questions by writing. The Questionnaire for determining basic electronic literacy, which consisted of 15 simple questions about the student's everyday life, was used. Variables used: correct response, vocabulary, and spelling mistakes, i.e., substitution, omission, addition, and metathesis. The test was performed at two different time intervals and in two different forms (standard and electronic forms). Data were processed by descriptive analysis and t-test. More favorable results were obtained in favor of standard writing compared to electronic writing on all variables except for vocabulary. Statistically significant differences were found for the variables vocabulary, omission, and substitution. It is important that there is also communication competence, and especially better language competence expressed in electronic form. More complex activities, such as education, studying, or doing business, require language competence for electronic expression.

The aim of this work was to investigate the qualitative characteristics of hearing aid users (satisfaction with the use of hearing aids in everyday life) and to determine if there are any differences compared to published research in the literature. The sample of respondents consisted of 50 users of hearing aids, aged from 20 to 88 years. The sample was chosen by random selection from a previously selected sample of 398 hearing aid users. A special questionnaire was constructed for the research. The first part of the questionnaire consisted of variables: gender, age, type of hearing impairment, percentage of hearing loss, degree of hearing impairment, time of hearing aid use, and brand of hearing aid. The second part consisted of variables for the assessment of satisfaction with the use of hearing aids, that is, 15 statements to which respondents had to express their views on satisfaction with the use of hearing aids. This part of the questionnaire was carried out by surveying. The results showed that the majority of hearing aid users wear the hearing aid regularly, they benefit significantly from the hearing aid and it helps them in communication. They have no significant problems when using and handling the hearing aid. The variables gender, age, and time of hearing aid use had no statistically significant correlations with the applied set of variables (claims). Attitudes of hearing aid users can be an important factor in determining benefit and satisfaction with hearing aids.

The aim of the study was to compare pre-treatment and post-treatment pure tone thresholds and tympanometric findings in preschool children with adenoid hypertrophy and hearing loss. This retrospective study included 63 children, 40 males (63.5%) and 23 females (36.5%), aged 4 to 6 years (mean age of 5.5±0.6 years). A total of 21 children (33.3%) had tympanostomy tube placement in addition to adenoidectomy or adenotonsillectomy. All children had mild conductive hearing loss. Pure tone average (PTA) was lower after adenoidectomy and adenotonsillectomy (p<0.0001). Type B tympanogram was predominant before treatment (62.7%), and type A tympanogram after treatment (81%). Preoperative mean PTA in children with adenoidectomy was 28 dB HL and in children with adenotonsillectomy was 27 dB HL. In both subgroups postoperative mean PTA was 16 dB HL. In children with adenoid hypertrophy and conductive hearing loss, hearing thresholds after adenoidectomy or adenotonsillectomy are significantly lower than preoperative hearing thresholds.

The aim of the study was to develop Macedonian monosyllabic and disyllabic tests for speech audiometry, to record the speech materials, and to conduct clinical validation of the tests. The following criteria were applied: word familiarity, phonetic balance, and homogeneity of audibility. Clinical validation was conducted on a sample of 30 normal hearing subjects, aged 18 to 30 years. We developed four open-set tests for speech threshold and suprathreshold testing in quiet. The tests contain two word lists with 50 monosyllabic words and two word lists with 36 disyllabic words. Each word was introduced by a carrier phrase. Psychometric function slope from 20% to 80% correct recognition for all words was 5%/ dB. The difference between the presentation levels at which the subjects repeated all the words was ≤ 4 dB. Developed phonetically balanced word lists have relatively steep psychometric function slope and they are homogeneous in terms of the audibility.

Speech detection threshold (SDT) depends on audibility alone, whereas speech recognition threshold (SRT) requires the stimuli to be heard and identified. The aim of the study was to determine the difference between SDT and SRT, and to analyze the correlation between pure tone thresholds and speech thresholds. Difference between SDT and SRT was ≤ 12 dB in majority of cases (p = .018). SDT was strongly correlated with the best pure tone threshold. Pearson correlation coefficient was the highest in "Inverted U" shape (r = .99). There was strong correlation between SRT and PTA (500-2000), PTA (500-4000), and PTA (500-1000), especially in Rising configuration (r = .997, r = .992 r = .989, respectively), as well as, between SRT and frequency of 1000 Hz (r = .989). SRT is in the highest correlation with PTA (500, 1000, 2000 Hz) and with the hearing threshold at frequency of 1000 Hz.