Check-up “Soon to school” gives you the opportunity to:
- assess the physical and neuropsychic development of the child;
- promptly identify the early stages of development of ophthalmic pathology;
- prevent visual acuity reduction;
- create optimal conditions for the functioning of the visual analyzer, evaluate its functionality;
- identify diseases of the organ of vision in the early stages;
- achieve optimal vision correction;
- timely identify the early stages of development of various pathologies (cardiovascular, renal, endocrine, neurological, etc.);
- choose an individual plan of preventive measures.
_________________________________
Program content:
Consultation by a specialist:
- pediatrician (supervising the entire program and providing an opinion on the results);
- endocrinologist;
- neurologist;
- dentist;
- a psychologist (to identify signs of chronic stress), as well as
- primary examination by an ophthalmologist (includes the following studies: visual acuity, autorefractometry, selection of glasses, non-contact tonometry, biomicroscopy, non-contact eye ground examination, Amsler test).
Surveys:
- anthropometry (height, weight, blood pressure, pulse, ratio of fat and muscle mass, body mass index);
- visual acuity (without correction; with correction)
- size and structure of the eye, eye ground;
- curvature of the cornea;
- intraocular pressure;
- cross eyes (angle of strabismus according to Hirshberg from 0° to 10°);
- astigmatism, eye refraction;
- binocular functions;
- visually evoked potentials;
- definition of color anomaly;
- reserves of absolute accommodation (D);
- volume of relative accommodation (D);
- closest point of clear vision, cm (dptr);
- furthest point of clear vision, cm (dptr);
- volume of absolute accommodation, (dptr);
- fusion reserves.
Analyses:
- complete analysis of blood and urine (determination of changes in quantitative and qualitative indicators of the composition of blood and urine helps to assess the general condition of the body and identify the presence of acute and chronic diseases;
- analysis of feces (for eggs of worms);
- glucose (shows the level of sugar at the time of blood sampling);
- glycated hemoglobin (its concentration reflects the average sugar content in retrospect – over the past 3 months. Together, these indicators help to identify elevated sugar levels (pre-diabetes) and diabetes at an early stage, as well as monitor the effectiveness of treatment);
- creatinine (formed in the muscles and then released into the blood. It is involved in the energy metabolism of muscle and other tissues. Creatinine is excreted from the body by the kidneys with urine, so it is an important indicator of kidney activity);
- a-amylase (determination of the activity of a-amylase in the blood is necessary for the diagnosis of inflammation of the salivary glands (mumps) and the pancreas (pancreatitis). Since the pancreas is the largest source of amylase in the body, its diseases cause a massive release of the enzyme into the blood );
- alkaline phosphatase (increased in diseases affecting the bile ducts, so this analysis helps to confirm or suggest blockage of the biliary tract with stones in the bile ducts. The analysis is performed in order to diagnose diseases affecting the biliary tract, and in children to detect a bend in the duct);
- C-reactive protein (used to diagnose acute infectious diseases and tumors, determine the risk of developing cardiovascular diseases);
- total immunoglobulin E (IgE) for allergy diagnostics.
