Перегляд за Автор "Yakymenko, Igor"

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A brief review on animal research and human health effects following the Chornobyl accident
(2013) Sidorik, Evgeniy; Yakymenko, Igor
Significant effects in animals exposed to radiation in the Chornobyl area, including reduction of lifespan, reduction of latent period of tumours, chronic oxidative stress, mutagenic effects and others are presented. On the other hand, we review the well-documented human health effects occurring years after the Chornobyl catastrophe.
Adherence of ukrainian student youth to healthy lifestyle behavior
(2017) Tsybulin, Alexander; Yakymenko, Igor; Shapovalov, Yevhenii
Over 70% of students admitted negative effects of the environment on their health. In conclusion, Ukrainian student youth demonstrate better adherence to healthy lifestyle as compared to older generations, but smoking and alcohol consumption are the significant threats to young people health. And, unfortunately, more than half surveyed students can be classified as food unsecured.
Cell Phone and Your Health
(2014) Yakymenko, Igor; Sidorik, Evgeniy; Tsybulin, Alexander
This booklet was prepared in term of Social project “Science for Society” run by R.E. Kavetsky Institute of Experimental Pathology, Oncology and Radiobiology of NAS of Ukraine and supported by the National Academy of Sciences of Ukraine. The risks of excessive microwaves exposure due to intensive use of cell phones and preventive measures are demonstrated. The booklet is intended for a wide audience especially pupils, students, parents and teachers. Цей буклет підготовлено в рамках соціальної ініціативи «Наука – суспільству» Інституту експериментальної патології, онкології і радіобіології ім. Р.Є. Кавецького за підтримки Національної академії наук України. Висвітлено питання ризиків для здоров’я людини від надмірного користування мобільним телефоном, надано практичні рекомендації для зменшення таких ризиків. Для широкого кола читачів, особливо дітей та молоді, їхніх батьків та педагогів.
Environmental legislation of Ukraine: towards the european union approaches
(2024) Yakymenko, Igor; Dotsenko, Olena; Negretova, Victoria; Pobuta, Oleksandra; Grychenko, Maryna; Madzhd, Svitlana
Environmental legislation of Ukraine is an important part of national legislation and based on fundamental principles of sustainable development. These include some particular articles of the Constitution (the main law) of Ukraine (VRU, 1996), the Law of Ukraine on Environmental Protection (VRU, 1995), relevant articles of Code of Ukraine on Administrative Offenses (1984) and Criminal Code of Ukraine (VRU, 2001) and many others. Starting from 2014, Ukraine began the implementation of key elements of EU legislation in terms of the EU – Ukraine Association Agreement (AA, 2014). And according to the Cabinet of Ministry of Ukraine, currently Ukraine implemented about 80% of European Union legal norms into national legislation as for the environmental protection (CMU, 2024). Good example of effective implementation of the EU laws into the legislation of Ukraine is an adapting a new Law of Ukraine on Waste Management (2022), which introduces European principles and European hierarchy in waste management into Ukrainian legislation.
Environmental policies of the European union as a roadmap for modern Ukraine
(2018) Yakymenko, Igor; Salavor, Oksana; Shapovalov, Yevhenii
Studying of the European Union policies and best practices in environmental protection is both significantly important and challenging for Ukrainian audience because environmental protection is a critical issue for modern Ukraine due to long-term destructive legacy ofsoviet/colonial period. Answering to this challenge, the Department ofEnvironmental Science at the National University of Food Technologies introduced Jean Monnet Module on Environmental Protection in the EU under the grant support of European Union Erasmus+ Programme. The Jean Monnet Module addresses to better understanding ofEuropean policy and effective practices for environmental protection and sustainability. The Module comprises university teaching courses on European tools, policies and best practices in environmental protection for Master’s students in Environmental Science, and in Food Technologies, and summer schools for policy-makers, representatives ofNGOs, industry experts, and the public. Key words: Erasmus+, Jean Monnet Project, the European Union, environmental protection, environmental policies, university teaching course, summer school.
GSM 900 MHz cellular phone radiation can either stimulate or depress early embryogenesis of Japanese quail depending on the duration of exposure
(2013) Tsybulin, Alexander; Sidorik, Evgeniy; Brieieva, Olga; Buchynska, Lubov; Kyrylenko, Sergey; Henschel, Denis; Yakymenko, Igor
In embryos irradiated during 38 hr, the number of pairs of somitesincreased; while otherwise, in embryos irradiated during 158 hr this number decreased.The lower duration of exposure led to a significant decrease in a level of DNAstrand breaks; while on the contrary, the higher duration of exposure resulted in a significant increase of DNA damages as compared to controls.Ембріони, опромінені упродовж 38 год, мали підвищені кількість сомітів, в той час як ембріони, опромінені 158 год, були достовірно пригнічені. Менша доза опромінення зменшувала рівень ушкодження ДНК у ембріональних клітинах, тоді як більша доза достовірно збільшувала ушкодження ДНК.
GSM 900 MHz microwave radiation affects embryo development of Japanese quails
(2012) Tsybulin, Alexander; Sidorik, Evgeniy; Kyrylenko, Sergey; Henschel, Denis; Yakymenko, Igor
The irradiation led to a signiﬁcant increase in numbers of differentiated somites in 38-hour exposed embryos and to a signiﬁcant increase in total survival of embryos from exposed eggs after 14 days exposure. A level of thiobarbituric acid (TBA) reactive substances was signiﬁcantly higher in brains and livers of hatchlings fromexposed embryos.
Healthy lifestyle behaviors among university students in Ukraine
(2018) Yakymenko, Igor; Tsybulin, Alexander; Shapovalov, Yevhenii
Мета роботи. Вивчити прихильність студентів українських університетів здорового способу жізні.Матеріали і методи. Методом добровільного анонімного анкетування проведена оцінка прихильності студентів двох університетів київського регіону (n = 211) здоровому способу жізні.Результати. виявлено; що серед студентів віком від 17 до21 року; зайва вага мають 7; 1% студентів; значна частьмолодежі; особливо хлопці (74; 7%); систематично занімаютсяфізіческімі вправами. Разом з тим; 25; 6% студентовкурят і 61; 6% вживають алкоголь (хоча б іноді). Менееполовіни опитаних вживають овочі і фрукти в достатній-ном кількості і молочні продукти щодня. Понад 70% сту-дента допускають негативний вплив навколишнього середовища на іхздоровье і визнають недостатнє матеріальне забезпеченнярозроблений кращої прихильності до здорового способу жізні.Виводи. В цілому студентська молодь в Україні має біль-шую прихильність до здорового способу життя; ніж старше поколінння; але куріння і споживання алкоголю залишаються серйозною загрозою для її здоров'я.Objective. To study the commitment of students of Ukrainian universities to a healthy lifestyle. Materials and methods. The method of voluntary anonymous questioning assessed the commitment of students of two universities in the Kiev region (n = 211) to a healthy lifestyle. Results. Revealed; that among students aged 17 to 21 years; overweight are 7; 1% of students; a significant part of the youth; especially guys (74; 7%); systematically engaged in physical exercises. At the same time; 25; 6% of students smoke and 61; 6% drink alcohol (at least sometimes). Less than half of those surveyed consume enough fruits and vegetables and dairy products daily. More than 70% of students admit a negative environmental impact on their health and admit insufficient material support for a better commitment to a healthy lifestyle. Conclusions. In general, students in Ukraine have a greater commitment to a healthy lifestyle; than older generation; but smoking and alcohol consumption remain a serious threat to her health.
Jean Monnet Chair «European union policies, regulations and best practices in sustainable food production and consumption»
(2019) Yakymenko, Igor; Salavor, Oksana; Sebkova, Katarina; Shapovalov, Yevhenii
Jean Monnet Module “Tools, Policies and Best Practices for Environmental Protection in the European Union” (# 574796-EPP-1-2016-1-UA-EPPJMO-MODULE) has been implemented at Department of Environmental Safety of National University of Food Technology, Kyiv, Ukraine under the grant support of Erasmus+ programme during 2016-2019. Teaching team of the project includes faculties from Department of Environmental Safety, National University of Food Technology, Kyiv, Ukraine; from Research Centre for Toxic Compounds in the Environment, Masaryk University, Brno, Czech Republic; and from National Center of Junior Academy of Sciences of Ukraine, Kyiv, Ukraine. Project Beneficiary is National University of Food Technology, Kyiv, Ukraine.
Long-term exposure to microwave radiation provokes cancer growth: evidences from radars and mobile communication systems
(2011) Yakymenko, Igor; Sidorik, Evgeniy; Kyrylenko, Sergey; Chekhun, Vasiliy
In this review we discuss alarming epidemiological and experimental data on possible carcinogenic effects of long term exposure to low intensity microwave (MW) radiation. A number of reports revealed that under certain conditions the irradiation by low intensity MW can substantially induce cancer progression in humans and in animal models.
Low intensity radiofrequency radiation: a new oxidant for living cells
(2014) Yakymenko, Igor; Sidorik, Evgeniy; Henschel, Denis; Kyrylenko, Sergey
It was demonstrated strong oxidative effects of low intensity radiofrequency radiation in living cells. Mitochondrial and NADH oxidase pathways were detected to be primary acceptors of radiofrequency radiation in living cell.
Methane fermentation of chicken manure at mesophilic conditions
(2015) Zhadan, Sergiy; Shapovalov, Yevhenii; Patrick, Ngogang; Salyuk, Anatoly; Yakymenko, Igor
Poultry is one of the most intensive and mechanized agricultural sectors. Poultrymanure is the main ecological problem of poultry farms and its poor management can cause seriousenvironmental damage. As far as birds absorb energy of plant feed badly and that more than half ofthe energy is used unproductively – it goes to the manure, it can be seen as a powerful source ofrenewable energy. Methane digestion is an effective method of animal waste processing. Poultry manure has a higher fraction of biodegradable organic matter than other livestock wastes. The aim of our study was to investigate methanogenesis of chicken manure in a wide range of moisture content values in the mesophilic mode.
Overproduction of free radical species in embryonal cells exposed to low intensity radiofrequency radiation
(2013) Burlaka, A.; Tsybulin, Alexander; Sidorik, Evgeniy; Lukin, S.; Polishuk, Victoria; Tsehmistrenko, S.; Yakymenko, Igor
Exposure leads to sustainable likely increased production of superoxide and nitric oxide in embryonic cells throughout the period of analysis. The result is an increase of TBA-reactive compounds and oksohuanozinu cells.Опромінення приводить до вірогідного стійкого підвищення продукції супероксиду та оксиду азоту у ембріональних клітинах упродовж усього періоду аналізу. Результатом є підвищення ТБК-реагуючих сполук та оксогуанозіну у клітинах.
Risks of carcinogenesis from electromagnetic radiation of mobile telephony devices
(2010) Yakymenko, Igor; Sidorik, Evgeniy
Latest epidemiological data reveal a significant increase in risk of development of some types of tumors in chronic (over 10 years) users of mobile phone. It was detected a significant increase in incidence of brain tumors (glioma, acoustic neuroma, meningioma), parotid gland tumor, seminoma in long-term users of mobile phone.Останні епідеміологічні дані засвідчують значне зростання ризиків розвитку деяких типів пухлин після тривалого (понад 10 років) користування мобільним телефоном. Показано суттєве зростання ризиків розвитку гліом, неврином слухового нерву, менінгітом, пухлин біля вушних слиннихзалоз, семіном при інтенсивному користуванні мобільним телефоном
The environmental devastation of Ukraine: a result of russia's war crimes
(2024) Kharchenko, Viacheslav; Kotynskyy, Andriy; Yakymenko, Igor
The Russian full-scale invasion of Ukraine in February 2022 and the ongoing Russian-Ukrainian war have a significant impact on the environment. Russia is waging a war in the manner of war crimes. During the full-scale war, almost 5.3 thousand facts of causing damage to the environment as a result of Russian aggression were documented. Approximate environmental damage are equal to more than 57 billion euros. The scale of environmental crimes of Russian invaders is huge, needs to be stopped immediately and fully compensated by Russian regime.