J.ophthalmol.(Ukraine).2017;2:51-69.

https://doi.org/10.31288/oftalmolzh201725169

Adaptive myopia

Part 3. Interaction of physiological mechanisms of eye’s focusing with mechanisms of acquired myopia development

1Koshits I.N.

2Svetlova O.V.

1Petercom-Networks / Management Systems Consulting Group Cl. corp., St. Petersburg, Russia;

2The I.I. Mechnikov Northwestern State Medical University, St. Petersburg, Russia.

 

References

1.   Volkov VV, Kotliar KE, Koshits IN, Svetlova OV, Smol'nikov BA. [Biomechanical characteristics of interactions between the drainage and accommodation regulatory systems of the eye in health and in contusion lens subluxation]. Vestn Oftalmol. 1997 May-Jun;113(3):5-7. In Russian.

2.   Guseva MG. [Analysis of spectral features of the light reflected from the eye fundus in some fundus diseases. Abstracts of scientific practical conference of young scientists, Leningrad Institute of Expertise and Organization of Labour for the Disabled]. L.: 1992; 37. Russian.

3.   Guseva M. G., Svetlova O. V., Koshits I. N. [Stabilization of the acquired myopia in children with the aid of contact lenses from the standpoint of the metabolic theory of myopia]. Oftalmol Zh.2011;5:29-37. Russian.
Crossref

4.   Guseva MG, Svetlova OV, Koshits IN. [On a choice of physiologically-based rational correction for stabilization of acquired myopia in children]. Glaz. 2012;1:12-7. Russian. 

5.   Deinego VN, Kaptsov VA, Balashevich LI, Svetlova OV, Makarov FN, Guseva MG, Koshits IN. [Prevention of ocular diseases in children and teenager in classrooms with led light sources of the first generation. Analytical review]. Ross. Detsk. Oftalm. 2016;2:57-72. Russian.

6.   Zharov VV, Nikishin RA, Egorova AV et al. [Clinical assessment of the accommodation state using computered accommodography]. [Biomechanics of the eye - 2007: proceedings of scientific conference]. M.: MNIIGB im. Gelmgoltsa; 2007. 3-8. Russian.

7.   Koshits I. N., Svetlova O. V. [Discussion issues of acquired myopia]. Ophthalmol Zh. 2012;6:111-122. In Russian. 

8.   Koshits I.N., Svetlova O.V. Adaptive myopia. Part 2. New ideas on physiological mechanisms of eye’s focusing. J.ophthalmol.(Ukraine).2017;1:38-50.

9.   Koshits I.N., Svetlova O.V. Adaptive myopia. Part 1. New ideas on physiological mechanisms of eye’s focusing. J.ophthalmol.(Ukraine).2016;6:45-54.

10.Koshits IN, Svetlova OV. Formation of the adequate length of eye and the metabolic theory of the pathogenesis of acquired myopia. Oftalmol Zh. 2011;5:4-23. Russian.
Crossref

11.Koshits IN, Svetlova OV. [Ontogenesis of formation of necessary length of the eye and metabolic theory of myopia pathogenesis]. Biomechanics of the eye- 2007: proceedings of scientific conference]. M.: MNIIGB im. Gelmgoltsa; 2007. 13-33. Russian.

12.Koshits IN, Svetlova OV. [Ontogenesis of formation of necessary length of the eye in childhood and metabolic theory of myopia pathogenesis]. Glaz. 2007;6(58):16-31. Russian.

13.Koshits IN, Svetlova OV, Guseva MV, Makarov FN. [Priority directions of the fight against acquired myopia: theory and practice]. Glaz. 2013. 6(82): 12-7. Russian.

14.Koshits IN, Svetlova OV, Gorban AI. [Physiological peculiarities of actuating mechanisms of accommodation and development of Helmholtz theory. (Monograph)]. Izd. Dom. SPb MAPO; 2014. 93 p. Russian.

15.Koshits IN, Svetlova OV, Makarov FN. [Acquired myopia as a classic case of prevalence of accommodation over outflow]. [Binocular and oculormotor disorders: proceedings of scientific practical conference in Helmholtz Moscow Research Institute]. M.;2007:135-7. Russian.

16.Koshits IN, Svetlova OV, Makarov FN. [Metabolic theory of progressive myopia. Proceedings of XII Congress of Ukrainian Ophthalmologists]. Odessa; 2010. 257. Russian.

17.Nikolaieva TE. [To a comparative structural inferiority of accommodative muscles and sclera in moderate severe myopia. Myopia: collection of papers of scientific practical conference in Helmholtz Moscow Research Institute]. M.; 1974. 49-51. Russian. 

18.Rozhkova GI, Belokopytov AV, Gracheva MA. [Mysteries of the blind zone and cone-enriched rim at the extreme periphery of the human retina]. Sensornyie sistemy. 2016;4(30):263–281. Russian. 

19.Svetlova OV. [Functional peculiarities of the interaction between the sclera, accommodation and drainage systems of the eye in glaucoma and myopia pathology]. Author’s thesis for Dr Sc (Med). M.; 2010. 55p. Russian. 

20.Svetlova OV, Koshits IN. [Biochemical aspects of possible common causes of inherited and acquired myopia. Myopia, disorders of refraction, accommodation, and oculormotor system: proceedings]. M.:MNII im. Gelmgoltsa; 2001: 77-78. Russian.

21.Svetlova OV. [Regulatory biomechanism of uveascleral outflow in the human eye]. Ophthalmology between two ages: proceedings. SPb: VMA; 2001: 207-208. Russian.

22.Svetlova OV, Koshits IN., Drozdova GA. [Pathophysiological peculiarities of interaction of aqueous humor outflow and accommodation mechanisms in myopia and glaucoma. (Monograph)]. Izd. Dom SPb. MAPO; 2014. 170 p. Russian.

23.Sivukhin DV.  [Physics guideline. The 3rd Edition. In: Optics]. M.: Fizmatlit, MFTI; 2002. 792 p. Russian. 

24.Sorokin GA, Avetisov ES. [On a new hypothesis of myopia origin. In a book “Proceedings of scientific conference, dedicated to 90th anniversary of V.Filatov”]. Kiev; 1965: 34-9. Russian.

25.Tamarova RM. [Optical devices for examination of the eye]. M.: Meditsyna; 1982. 176p. Russian.

26.[Federal clinic recommendations. Diagnostics and treatment of myopia in children. Interregional public organization “Association of ophthalmologists”]. Moscow; 2013. 49p. Russian.

27.[Federal clinic recommendations. Diagnostics and treatment of myopia in children]. Ross. Pediatricheskaia Oftalmologiia. 2014;2:49-62. Russian.

28.Ahnelt P?K. The photoreceptor mosaic. Eye;1998;12:531–540.
Crossref

29.Bessou M, S?verac Cauquil A, Dupui P, Montoya R, Bessou P. Specificity of the monocular crescents of the visual field in postural control. Comptes rendus del’Acad?mie des sciences. S?rie III, Sciences de la vie. 1999;322(9):749–757.
Crossref

30.Brien A, Holden at al. American Academy of Ophthalmology. 2016; www.aaojournal.org.

31.Greef R. Mikroscopische Anatomie der Sehnerven und der Netzhaut.- Eds A. von Graefe, T. Saemisch. Handbuch der gesamten Augenheilkunde. Leipzig: Verlag von Wilhelm Engelmann;1900. B.1:1–212

32.Gullstrand A. Einfuhrung in die Methoden der Dioptrik des Auges des Menschen. Leipzig: S. Hirzel Verlag; 1911.

33.Stachs O, Guthoff R, Ludvig K. Monitoring the human ciliary muscle function during accommodation. Current aspects of human acommodation II. Heidelberg, 2003. 105–18.

34.Stachs O, Martin H, Kirchhof A, Stave J, Terwee T, Guthof R. Monitoring accommodative ciliary muscle function using three dimensional ultrasound. Graefe`s Arch. Clin. Exp. Ophthalmol. 2002; 240:906-12.
Crossref

35.Schultze М. Zur anatomie und physiologie der retina. Archiv f?r mikroskopische Anatomie.1866; 2 (1):175–286.
Crossref

36.Williams RW. The human retina has a cone-enrichedrim. Vis. Neurosci. 1991;6(4):403–6.
Crossref