Аннотация
Applying Raven’s procedure of determination of colored progressive matrices, the intelligence level has been estimated and compared in sensorineural hearing-loss children and with hearing aids. The test Group 1 covered the children with the II and III level of sensorineural hearing loss who were bearing hearing aids on one or on the both ear for several years. The test group 2 included children with the I and the II level of hearing loss. This contingent did not bear hearing aids. The control Group involved 62 normally-hearing healthy children. The age of children in both test and control groups was in range of 5-16 years. The comparison of Raven’s indices in different species was performed by Mann-Whitney’s nonparametric test. The Raven’s values in sensorineural hearing-loss children of the Group 2 noticeably lagged behind that in Control group. The Raven’s values in sensorineural hearing loss children with hearing aids did not differ significantly(10%-21%) that in normal hearing group children. The conclusion has been reached consequently that the sensorineural hearing-loss causes cognitive problems of children and the early habilitation / rehabilitation methods with hearing aids is the optimal result of the normal hearing of the children.
Библиографические ссылки
2. თ. დევდარიანი; ნ. მანჯავიძე, ქ.გოგბერაშვილი, ზ. ქევანიშვილი. აკადემიის მაცნე, ბიომედიცინის სერია. სენსონევრალური ტიპის სმენაჩლუნგი ბავშვების კოგნიტური ფუნქცია: კოხლეარული იმპლანტაციის ეფექტი. საქართველოს მეცნიერებათა აკადემიის მაცნე, ბიომედიცინის სერია, 1-2 (39), 01, 2013, გვ. 15-24.
3. თ. დევდარიანი, ნ. მანჯავიძე, ქ. გოგბერაშვილი, ზ. ქევანიშვილი. კოხლეარული იმპლანტაციის გავლენა ბავშვის ინტელექტუალურ განვითარებაზე მძიმე სმენაჩლუნგობის დროს, რავენის მატრიცის მიხედვით. თსსუ სამეცნიერო შრომების კრებული XLVII 53-56 გვ.3013, თბილისი.
4. Devdariani T; Manjavidze N; Gogberashvili K; Kamkamidze G. Association between the cytomegalovirus seroprevelence and hearing loss in early childhood.Georgian Medical News , N6 (195) 06. 2011. P. 61-65
5. Parving A, Hauch AM, Christensen B. Hearing loss in children- epidemiology, age at identification and causes through 30 years. Ugesker Leager 2003; 165 (6); 574-579.
6. Van Gent T, Goedhart AW, Treffers PD. Characteristics of children and adolescents in the Dutch national in – and outpatient mental health service for deaf and hard of hearing youth over a period of 15 years. Res. Dev. Disabil. 2012; 33(5): 1333-1342.
7. Zahnert T. Hearing impairment etiology, diagnostic and auditory rehabilitation. Laryngorhinootol 2010; 89(11): 669-691.
8. Devdariani T; Tushishvili M; Chibalashvili N; Kevanishvili Z. Cytomegalovirus : The significant risk-factor for sensorineural hearing loss in children. Proc. Georg. Nat. acad. Sci. Biomed series. 2012; 38: 143-151.
9. Oghalai J. S, Caudle S.E. Benthly B; Abaya H; Winzelberg J. Otol. Neurotol; 2012; 33(6) 947-956. 10. Mehras; Eavey R.D; Keamy D.G; Otolaryngol. Head Neck Surg. 2009, 140(4), 461-472. 11. Remine M. D.; Brown P.M. Aust. N-Z. Psych; 2010, 44(4). 351-357.