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C l h t t t t f C l h t t t t f Complex approach to treatment of myopia
Complex approach to treatment of myopia
in school-age children with help of SCENAR therapy
in school-age children with help of SCENAR therapySCENAR therapySCENAR therapy
Yu.I. Perfilev, I.P. Shurigina,N.M.Galenkina
Yu.I. Perfilev, I.P. Shurigina,N.M.Galenkina
DEPARTMENT OF PEDIATRICS №4DEPARTMENT OF PEDIATRICS №4DEPARTMENT OF PEDIATRICS №4DEPARTMENT OF OCULAR DISEASES №2DEPARTMENT OF OCULAR DISEASES №2DEPARTMENT OF OCULAR DISEASES №2ROSTOV STATE MEDICAL UNIVERSITYROSTOV STATE MEDICAL UNIVERSITYROSTOV STATE MEDICAL UNIVERSITY
BackgroundRefraction abnormalities are the main cause of eye disorders in schoolchildren today. The prevalence of myopia among school aged prevalence of myopia among school-aged children is 12 – 35%. Degenerative myopia ranks second among the g y p gcauses of eye-related handicaps in young adults. Its development is provided by the following factorsfactors.
Genetic predispositionChildren of myopic parents are frequently myopic.
Genetic predisposition
Primary weakness of accommodationCauses compensatory lengthening of sclera.
L d t f l d b tl t i Thi b
Unbalanced, strained accommodation and convergence
Lead to false and subsequently true myopia. This can be promoted by disorders of the autonomic nervous system, which is actively involved in accommodation, since the
i i fipupil sphincter and Brucke's fibers are controlled by the parasympathetic part, and the dilator muscle of pupil and Ivanov’s fibers by the sympathetic part. y y p p
General health condition can contribute much to myopia d l t S h di h ti th iti h i
General health decline
development. Such diseases as rheumatism, arthritis, chronic tonsillitis exacerbation, infectious hepatitis cause a general weakening of conjunctive tissues in the whole body, i l di th l S h l t d dil including the eye sclera. Such sclera extends readily, causing myopia progression.
Unfavorable environmentUnfavorable environmentProfessional training, involving too long time in front of video monitors too close to the eyes. When the body d l t i t l t d t i d l
Unfavorable environmentUnfavorable environment
development is not completed yet, myopia develops easily and its progression becomes persistent.
Periorbital ZoneE l d f b i Midpoint of each
eyebrow (VT6)External edge of an eyebrow, in the recess that corresponds to the lateral edge of the maxillary process of frontal bone (TR23)
Internal point of eyebrow (V2)
p ( 23)
0.5 cm outwards from the tail of the eye,
d t th tcorresponds to the outer edge of eye orbit (VB1)
0.3 cm inwards from the
Center of the lower eyelid (Е1)
1 cm downwards from the nasal edge of the eye (V1)
1 cm downwards from the lower eyelid, corresponds to the infraorbital foramen (Е2)
Collar Zone D-0
Collar Zone D-1
It is recommended to useparavertebral pawns.
Frequency Frequency Frequency ––– 60 Hz.60 Hz.60 Hz.ModeModeMode SDMSDMSDMModeModeMode––– SDM.SDM.SDM.Stimulation level Stimulation level Stimulation level ––– comfortable.comfortable.comfortable.Stimulation technique Stimulation technique Stimulation technique labilelabilelabileStimulation technique Stimulation technique Stimulation technique ––– labile.labile.labile.StumulationStumulationStumulation time time time ––– 333---5 min.5 min.5 min.
Treating with the ophthalmologic electrodeFor CHANS-SCENAR devicesFrequency 60 HzFrequency 60 HzModulation АМ 3:1Time 3 minSti l ti t h i St bilStimulation technique Stabile
For SCENAR-NT devicesFrequency FMModulation АМ 3:1Int - 3 Gap-40Int. 3 Gap 40Time 3 minStimulation technique stabilestabilestabile---labile,labile,labile,
DO NOT FORGET to set the minimum stimulation strength before placing the electrode on the skin.DO NOT FORGET to set the minimum stimulation strength before placing the electrode on the skin.DO NOT FORGET to set the minimum stimulation strength before placing the electrode on the skin.
In implementation (+) of the action, both local reflex mechanisms and general response of the body to the mechanisms and general response of the body to the stimulation are involved.
Local effects of pulse current manifest themselves as activated blood microcirculation and improved tissue trophism not only locally in the zone of influence but also trophism not only locally in the zone of influence but also in the eyeball (as it is the organ corresponding with this skin area) on the principle of dermatovisceral reflex.
Tonographic data proved normalization and/or prevention of microcirculatory-circulatory hypoxia in p y y ypnearsighted children.
Electric pulse stimulation with SCENAR was delivered once daily for 10 daysdaily for 10 days.
SCENAR-therapy was given at the Eye Health Care Office
Improvement in microcirculation makes a
and Eye Department of the District Children’s Hospital.
Improvement in microcirculation makes a morphofunctional basis for antihypoxic and anti-edema action, stimulation of metabolic and redox processes as
ll fl l i ff t f th th dwell as reflex-relaxing effect of the method.
Stimulation was applied on peripheral zones that have Stimulation was applied on peripheral zones that have biologically active points of the Chinese meridians associated with the functional state of the
d ti t f th d ti accommodative apparatus of the eye and retina electrogenesis.
MethodsMethodsIdentification of a concomitant somatic pathologyIdentification of a concomitant somatic pathology
Identification of burdened family backgroundIdentification of burdened family background
VisometryVisometry
RefractometryRefractometryyy
Accommodation indices (accommodation reserve)Accommodation indices (accommodation reserve)
Ophthalmoscopy (examination of the back part(fundus) of the eye)Ophthalmoscopy (examination of the back part(fundus) of the eye)
Neurophysiological measurements (electrophysiological study)Neurophysiological measurements (electrophysiological study)
Echobiometry (measuring the shape of the eyeball)Echobiometry (measuring the shape of the eyeball)
hild d thild d t
Clinical Profile of PatientsClinical Profile of Patients65 65 children aged 7 to 1565 65 children aged 7 to 15
Treatment was given at the Eye Health Care Office and Eye Department of the District Children’s Hospital.Treatment was given at the Eye Health Care Office and Eye Department of the District Children’s Hospital.
Clinical forms of eye pathology in the groups under testSpasm ofSpasm of
Eye Department of the District Children s Hospital.Eye Department of the District Children s Hospital.
Spasm ofaccommodation(pseudomyopia)
Spasm ofaccommodation(pseudomyopia) Mild and moderate
myopiaMild and moderate
myopia
24.6% 32.3%
myopiamyopia
15.4%15.4% 13.8%13.8%13.8%13.8%
Myopic astigmatismMyopic astigmatism Severe myopiaSevere myopiaEyestrain syndrome
Changes in visual acuity without corrective lenses
Group I -conventional management
100%
Group II –monotherapy with SCENAR
9540%
60%
80% Group III –multiple treatment + SCENAR-
therapy80%
100%
100%50%
20%
40%
9340%
60%
9660%
80%
0%Before
70%
20%
Before
4
96
20%
40%Low visual acuity (<0.1-0.3)Comfortable visual acuity (0.4-0.6)High visual acuity(0.7 and higher)
40%Before
Changes in visual acuity without corrective lenses
Group I -conventional management
100%
Group II –monotherapy with SCENAR
95
63
40%
60%
80% Group III –multiple treatment + SCENAR-
therapy80%
100%
100%5 7
30
0%
20%
40%
93
60
40%
60%
96
20
60%
80%
0%Before After
7 5
35
0%
20%
Before After
4
96
10
70
20%
40%Low visual acuity (<0.1-0.3)Comfortable visual acuity (0.4-0.6)High visual acuity(0.7 and higher)
4 100%Before After
Changes in visual acuity without corrective lenses
Group I -conventional management
100%
Group II –monotherapy with SCENAR
95
6385
40%
60%
80% Group III –multiple treatment + SCENAR-
therapy80%
100%
100%5 7
30
510
0%
20%
40%
93
60 70
40%
60%
96
20 22
60%
80%
0%Before After 12 months later
.
7 5
35
3
27
0%
20%
Before After 12 months later
4
96
10
70
8
70
20%
40%Low visual acuity (<0.1-0.3)Comfortable visual acuity (0.4-0.6)High visual acuity(0.7 and higher)
later
4 10 80%Before After 12 months
later
Changes of Neurophysiological Indices
Retinal Electrosensitivity
Group I Group II Group III
80%
100%
90 88 91
40%
60%
10 12 90%
20%
before beforebefore
> 70 µA≤ 70 µA (normal)
Changes of Neurophysiological Indices
Retinal Electrosensitivity
Group I Group II Group III
503080%
100%
90 88
70
91 10040%
60%
10
50
12
70
90%
20%
before beforebeforeafter after after
> 70 µA≤ 70 µA (normal)
Changes of Neurophysiological Indices
Retinal Electrosensitivity
Group I Group II Group III
5030
5080%
100%
90 95 88
70
91 100 10040%
60% 12
10
50
5 12
7050
90%
20% months
12later 12 months
laterbefore beforebeforeafter after after
12 months
later
> 70 µA≤ 70 µA (normal)
CHANGE OF ACCOMMODATION RESERVE
Group I Group II Group III
Accommodation Reserve:no reserve (0 – 0.25 dioptres)low reserve (up to 1.5 dioptres)normal reserve (3.0 dioptres and higher) 75%75% 65%65% 70%70%higher)
Before treatment
75%75%
25%
65%65%
35%
70%70%
30%
CHANGE OF ACCOMMODATION RESERVE
Group I Group II Group III
Accommodation Reserve:no reserve (0 – 0.25 dioptres)low reserve (up to 1.5 dioptres)normal reserve (3.0 dioptres and higher) 75%75% 65%65% 70%70%higher)
Before treatment
75%75%
25%
65%65%
35%
70%70%
30%
Group I Group II Group IIIIII
20%20%
70%10%5%5% 80%
15% 0,5%0,5%34,5%
65%After treatment
65%
CHANGE OF ACCOMMODATION RESERVE
Group I Group II Group III
Accommodation Reserve:no reserve (0 – 0.25 dioptres)low reserve (up to 1.5 dioptres)normal reserve (3.0 dioptres and higher) 75%75% 65%65% 70%70%higher)
Before treatment
75%75%
25%
65%65%
35%
70%70%
30%
Group I Group II Group IIIIII
20%20%
70%10%5%5% 80%
15% 0,5%0,5%34,5%
65%After treatment
65%
Group I Group II Group III
12 months later
III
5%5%50%50%
45%45%10%15% 75%
60%
39,5%0,5%
45%45% 60%
Myopia progression after Myopia progression after 12 12 monthsmonths
95%95%100
70% 75%80
90Group IGroup II
60
70Group IIGroup III
40
50
30%30%25%
20
30
5%
0
10
20
0stabilization progression
Long-term effects of SCENAR-therapy (12 th l t )
Long-term effects of SCENAR-therapy (12 th l t )(12 months later)(12 months later)
Beneficial action of SCENAR in nearsighted children:Beneficial action of SCENAR in nearsighted children:
-- In 78% children their vision acuity remained in the visual
comfort limits
-- In 78% children their vision acuity remained in the visual
comfort limits
-- Neurophysiological indices became normal in 100% -- Neurophysiological indices became normal in 100%
casescases
-- Functional state of the accommodative
apparatus became normal in 60%
-- Functional state of the accommodative
apparatus became normal in 60%pppp
CONCLUSIONCONCLUSIONCONCLUSIONCONCLUSION
High therapeutic effect of SCENAR therapy technique, if pathology of visual analyzer is High therapeutic effect of SCENAR therapy technique, if pathology of visual analyzer is q , p gy ythere, makes the method quite perspective
for treatment of myopia among children
q , p gy ythere, makes the method quite perspective
for treatment of myopia among childrenfor treatment of myopia among children
Including SCENAR therapy in the
for treatment of myopia among children
Including SCENAR therapy in the Including SCENAR-therapy in the conventional management prevents myopia
Including SCENAR-therapy in the conventional management prevents myopia in 80% cases and stops myopia progression in
70%. in 80% cases and stops myopia progression in
70%.
Thank you!Thank you!Thank you!Thank you!