THE SYSTEM OF ORGANIZATIONAL MEASURES SEEKING TO IMPROVE MEDICAL CARE TO THE FIRST-GENERATION OFFSPRING BORN TO THOSE AFFECTED BY THE CHORNOBYL ACCIDENT AND LIVING IN THE RADIOACTIVELY CONTAMINATED AREAS
DOI:
https://doi.org/10.11603/1681-2786.2020.2.11409Keywords:
first-generation offspring, radioactively contaminated areas, family doctorAbstract
Purpose: to improve the primary medical care system provided to the generation of offspring born to those affected by the Chornobyl accident and living in radioactively contaminated areas.
Materials and Methods. The total cohort was 35 893, including 18 138 male and 17 755 female offspring. Subject to the time of birth, the offspring were divided into four groups, taking into account the frequency of birth every three years from 1987 to 1999. The observation period was conducted during 1987–2016. The database was the state register of Ukraine.
Result. There were detected 21 390 cases of diseases among the first-generation offspring whereby diseases of the respiratory system, digestive organs, diseases of the endocrine system jointly amounted to 66.87 %.
It was found that by the age of 18, only 37.3 % of the general cohort offspring were healthy (first group of health),
29.88 % – had a second group of health (with morpho-functional abnormalities), 31.6 % – had a third group of health (with chronic diseases).
At the primary medical care, there was proposed a three-stage system for monitoring the health of the offspring of those affected by the Chornobyl accident aged 3 to 18 and living in radioactively contaminated areas.
Stage I is mass screening of patients registered by a family doctor and is used to identify children and adolescents at risk of developing the disease. Stage II is selective screening for the formation of observation groups. Stage III is a medical examination of children and adolescents registered with the risk group in outpatient setting of the facilities of specialized or highly specialized medical care to those affected by the Chornobyl accident.
Conclusions. The proposed system would enable to early detect children from the risk group who are offspring of those affected by the Chornobyl accident, subject to the specifics of diseases and their course.
References
Bebeshko, V.H., Prister, M.I., & Omelyahez, M.I. (2018). Radio-biofizychni ta medyko-hihiienichni naslidky Chornobylskoi katastrofy: shliakhy piznannia ta podolannia: praktychnyi posibnyk simeinoho likaria [Radio-biophysical and health and hygiene consequences of Chornobyl catastrophe: ways of knowledge and overcoming]. Uzhhorod [in Ukrainian].
Vlasyuk, N.V., Tarasyuk, O.Ye., & Antomonov, M.Yu. (2016). Samootsinka zdorovia naselennia Ukrainy vnaslidok Chornobylskoi katastrofy u piznii fazi avarii [Health self-assessment of Ukrainian population as a result of Chornobyl accident on the late phase]. Environment & Health, 4, 41-45 [in Ukrainian].
Hunko, N., Dubova, N., Khomenko, I., Korotkova, N, Omelianets, M., & Piven, N. (2016). Demohrafichni naslidky Chornobylskoi katastrofy v Ukraini. Trudtsziat rokiv Chornobylskoi katastrofy: radiobolohichni ta medychni naslidky: Natsionalna dopovid Ykrainy [Health consequences of Chornobyl disaster in children exposed to ionizing radiation and children born to exposed parents]. Bazykyi, D.A. (Ed.). Kyiv. Retrieved from: https://nrcrm.gov.ua/downloads/2017/monograph_last.pdf [in Ukrainian].
Bebeshko, V.G, Bruslova, K.M., Tsvetkova, N.M., Lyashenko, L.O., Pushkariova, T.I., Honchar, L.O., Trykhlib, I.V., Yatsemirskyi, S.M., Samson, Yu.M., Boyarskyi, V.H., Hryshchenko, K.V., Polyanska, V.M., & Dmytrenko, I.V. (2019). Prohnoz perebihu hostrykh limfoblastnykh leikemii Chornobylskoho pokhodzhennia u ditei Ukrainy zalezhno vid prychyn pererv pry provedenni standartnoi khimioterapii [Prognosis of the course of chornobyl/originated acute lymphoblastic leukemia in children in ukraine depending on the reason of standard chemotherapy interruption]. Problemy radiatsiinoi medytsyny ta radiobolohii – Problems of Radiation Medicine and Radiobiology, 24, 335-350. Retrieved from: http://www.radiationproblems.org.ua/24_2019_ua_s322.html [in Ukrainian].
Stepanova, Ye.I. (2016). Medychni naslidky Chornobylskoyi katastrofy u ditei, yaki zaznaly dii ionizuiuchoho oprominennia, ta ditei, iaki narodylysia vid oprominenykh batkiv. Trydtsiat rokiv Chornobylskoi katastrofy: radiobolohichni ta medychni naslidky: Natsionalna dopovid Ukrainy [Health consequences of Chornobyl disaster in children exposed to ionizing radiation and children born to exposed parents]. Bazyka, D.A. (Ed.). Kyiv. Retrieved from: http://dazv.gov.ua/images/pdf/national_dopovid_2016.pdf [in Ukrainian].
Stepanova, E.I., & Kolpakov, I.Ye. (1986). Optymizatsziya formirovaniya grupp riska sredi detey, ispytavshikh radiatsionnoe vozdeystvie: Metodicheskie rekomendatsii. [Optimization of the formation of risk groups among children who have experienced radiation exposure: Methodological recommendations]. Kyiv [in Ukrainian].
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