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7Thus, the heat treatment of liver microsomes, as in the case of nicotine, and in the case of hexomethonium, changes the direction of lipid oxidation of liver microsomes when in vitro induced by enzymatic mechanisms of LPO was.
Thermal treatment of liver microsomes in the presence of nicotine and hexomethonium in the induction of non-enzymatic mechanisms of lipid peroxidation in vitro also changes its direction of oxidation of liver lipids - nicotine of a molar concentration of 10-4 M leads to a slight increase in oxidative activity, and in molar concentrations of 10-5 M, 10 -6 M is not expressed, but it prevents the oxidative activity of non-enzymatic mechanisms of LPO.
Hexamethonium of a molar concentration of 10 -4 M does not significantly decrease the ability of lipids of liver microsomes to oxidize, and at 10 - 5 M, 10 -6 M molar concentrations increases the ability of liver microsomes to oxidize.
References.
1. Alvarez O. Large divalent cations and electroatatic potentials adjacent to membranes. Experimental results with hexamethonium / O. Alvarez, M. Brodwick, R. Lattorre, S. McLanghlin, G. Szabo. J. Biophys. 1983; 44 (3) : 333- 342.
2. Benovitz N. Nicotine chemistry, Metabolism, Kinetics and Biomarkers / N. Benovitz, J. Hukkanen, P. Jacob. Handb. Exp. Pharmacol. 2009; 192: 29-60. doi:10.1007/978-3-540-69248-5 2
3. Liver and lung microsomal metabolism of the tobacco alkaloid в-nicotyrine / M. K. Shienaga, B. H. Kim, P. Caldera - Munoz, T. Cairus, P.I. Jacob, A. J. Trevor, N. Jr. Castagnoli // Chem. Res. Toxicol. 1989 . Vol. 2. pp. 282- 287.
4. Weihing R. R. Purification of hepatic microsomal membranes / R. R. Weihing, V.C. Manganiello, R. Chiu, A. H. Phillips // Biochemistry. 1972. Vol. 11, №16. pp. 3128-3135.
5. Jacobs A. T., Marnett L. J. Systems analysis of protein modification and cellular responses induced by electrophile stress. Acc. Chem. Res. 2010; 43 : 673- 683.
6. Jain A., Flora S. J. Dose related effects of nicotine on oxidative injury in yong, adult and old rats. Journal of Environmental Biology Academy of Environmental Biology (India). 2012; 33 (2) : 233- 238.
UDC 618.19-006.6-618.11-006.6-616.055.2 (571.61) DOI 10.22448/AMJ.2017.3.117-119
BREAST CANCER AND OVARIANS IN WOMEN OF AMUR REGION
V.P.Gordienko, K.V. Yanushevsky, V.V. Mirgorodskaya
Summary: The study materials were common in Russia, the accounts and records of the official cancer statistics. The basic indicators of provision of medical care for women with cancer of reproductive system in the Amur region. The maximum number of cases were in age 50 years and older. Decreased the number of pa-tients with I -II stages of the process, but became more of patients with ad-vanced forms of cancer, especially when the visual localization of the disease. Mortality rates increased for all malignant tumors of the female reproductive system. Mortality in the first year since diagnosis has consistently increased since 1998. Analyzed the quality of cancer services on the index of accuracy of the accounting of this category of patients that is traditionally comparable to other regions of the country.
Key words: breast cancer and ovarians, incidence, mortality
Malignant neoplasms (ZNO) of the reproductive system are the leading oncological pathology in the female population of the economically developed countries of the world. Oncological diseases are included in the group of "dis-eases of civilization" and are rightfully considered to be the most important public health problem. In order to successfully diagnose and treat, systematic preventive and curative measures are necessary, which help to identify onco-logical pathology at early stages and improve oncological care for patients.
In 2015 in Russia as a whole accounted 66621 cases of breast cancer (BC) and 14049 cases of ovarian cancer (OC). "Gross" figure was BC - 84,79 о/оооо, a number of 17.88 о/оооо and standardized (world standard) - 49,75 о/ оооо and of 11.03 о/оооо , respectively. Malignant neoplasms of the reproductive system have the greatest specific weight in the General structure of oncological pathol-ogy among the feminine population of the Russian Federation (38.9 percent). Breast cancer is in women the first place (20,9%), in third place is uterine can-cer (7.7 per cent). Cause of death malignant neoplasms of reproductive system (breast and ovaries) 2015 at 30841 women, which accounted for 22.3% of the total number of women who have died in the country from cancer. [5]
The results of numerous studies suggest little progress in improving quali-tative and quantitative indicators in this group of patients, as morbidity and mortality. [ 6,7,10]
Risk factors for development of breast cancer and ovarian are more than 120 of modifiers, the most significant of which (90-95%) are considered to be environmental factors: climatic, geochemical, and others. The uneven spread of malignant tumors occurs not only in different countries, different ethnic groups, but in separate regions of the same country. This aspect can be used as a basis to explore and identify the real risk factors of tumor pathology and to allow in the future to form a scientific basis for the development of cancer con-trol programmes taking into account geographical and bio-social features of settlements and their inhabitants. [1, 4, 5, 11]
Amuroblast,apartofthefarEasternFederaldistrict(DFO)relatedtoar-easwithsharplycontinentalclimate,lackofsometrace elements in the envi-ronment and a violation of their ratios, depending on the biogeochemical divi-sion of the province into
Амурский медицинский журнал №3 (19) 2017 117
three zones in the direction from North to South, is in this respect a particular interest in the study of the cancer situation. [3]
The purpose of this study was to provide scientific assessment of the ma-jor indicators of morbidity and mortality from malignant neoplasms of the mammary glands and ovaries in a particular region of the Russian Federation.
Materials and methods In the framework of the present research studied the dynamics of indica-tors of morbidity and mortality in patients with cancer. We used the reporting form # 7 (tab. 2000, C. 5), "Data on diseases malignant neoplasms", No. 35 "Data on patients with malignant tumors" in the region and its administrative territories, 1998 -2016, No. 5 (table. C51, gr. 27) "the Distribution of deaths by sex, age groups and causes of death", fact sheet No. 2 PH "population by sex and age". The survey also served the accounts and records: the "Control card of the dispensary patient" (form number 30), "Notice about the patient with malignant neoplasm (form 099)", "Medical card of ambulatory patient (form 025/y), the Protocol of neglect (form 027/a)" and annual reports. The ar-ticle used the codes of the diseases presented in the International classification of diseases (ICD-10: breast cancer - C50 and ovarian C56).
The object of research was each cancer of the breast and ovaries in medi-cal preventive establishments of the Amur region and regional cancer centre (AOOD) with all cases completed treatment. All the obtained results were pro-cessed using standard programs for statistical analysis.
Results and discussion In 2015, the far Eastern Federal district is considered 4775 cases of ma-lignant tumors of the female reproductive system, including breast cancer - 2595, OC - 559. Intensive indicator for breast cancer - 80,51 o/oooo , cancer of the ovaries - of 17.34 o/oooo and standardized (world standard) - 49,51 o/ oooo and 11,58 o/oooo, respectively. This pathology is found in all DFO regions with the highest standardised indicators for breast cancer in the Jewish Autonomous region (61,67 o/oooo) and Kamchatskiy Krai (57,09 o/oooo), OC - in the Chukotka Autonomous district (of 24.04 o/oooo) and Sakhalin region (of 16.63 o/oooo). The lowest incidence rates of breast cancer were registered in the Chukotka Auton-omous district (29,83 o/oooo) and in the Republic of Sakha (38,55 o/oooo), OC - Magadan (9,14 o/oooo) and in the Republic of Sakha (9,35 o/oooo).
High mortality from the HEAT of the female reproductive system ob-served in breast cancer in the Magadan region (of 18.08 o/oooo) and OC (of 8.34 o/oooo) in the Kamchatka region. [7]
Index of registration accuracy for malignant neoplasms of the reproduc-tive system (cancer of the mammary glands and ovaries) in the female popula-tion of the far East characterizes the level of Executive discipline of doctors, cancer institutions, leading to the primary registration documentation, and also defines the activity of screening programmes in the study area, where the mor-bidity and mortality rates differ significantly by place of residence. The most favorable results for this type of statistical reporting was in the Chukotka Au-tonomous district (BC - 0,14; OC - 0,00). [9]
In2016, intheAmurregionrevealed2978new cases ofmalignantneo-plasms (2015.-3139;2010. -2578),whichis5.2%less than in the previous year. Intensive incidence rate of ZNO increased from 245,44 o/oooo in 1998. to 370,50 o/oooo in 2016.
Structure of the basic sites of ZNO in 2016 by region as follows: in the first place - skin cancer is 12.4% (2015. % To 12.4%), followed by breast can-cer and 11.5% (2015. - 11,8%), the third - lung cancer - 11,0% (2015. Of 12.9%). [1]
Annually there are registered over 400 (431) new cases of malignant neo-plasms of the female reproductive system (BC - 366; OC - 65). On either of the two localizations of the tumor process (Breasts and ovaries) did not show a reduction in the number of cases in the studied period of time.
Analysis of age characteristics has shown that over the entire period of observation maximum number of patients were in the group of 50 years and older. Decreased the number of actively detected patients in 2016, indicating that the low efficiency in hospitals primary care to diagnose early signs of ZNO. Slightly increased the number of identified patients with breast cancer is 33.9% (2015. - 31,5%) with a significant decrease of such in a number of 8.9% (2015. For 28.8%). [2]
The distribution of the weights of the individual localizations of the tumor process stages of the disease (on the basis of the accepted forms of public re-porting - f.35) has a different percentage ratios. In 2016. noted dynamic in-crease of patients with early-stage breast cancer, and ovarian (1998.-63,2% and 42.7%; 2016. - For 69.1% and 47.9%, respectively). It becomes clear that the increase in activity in identifying patients with malignant tumors, of course, increases the number of identified in the early stages of the disease.
It is known that the running forms of the neoplastic process is not only IV, but the III stage of visual localization testing. Analyzing the distribution of the patients in this group, it should be noted that in the studied period, alt-hough there was a decrease in the number of patients with breast cancer (1998- Iiist - 20,1%, Ivst - 15,2%; 2016. - Iiist - 25,6%, Ivst - 5,1%) and ovarian can-cer (1998 to 22.2%; 2016 - 10.4 percent), but this situation leaves this pathol-ogy among the most important problems in Oncology, as detection of EIT in the early stages (I - II century) development process, defines the prognosis and quality of life of cancer patients. [8]
The number of patients of malignant tumors of female reproductive or-gans in recent years has decreased in both locations (2016 - BC - 43, C - 16; 2015 - BC - 48, OC - 29), exceeding, however, the average for Russia and the far Eastern Federal district. Relative to 1998, clearly demonstrated an increase in the number of patients given 5 or more years in cancer of the breast (+ 0.5%) and ovary (+ 1.4 per cent).
The number of patients with malignant tumors of the breast and ovaries is 3955. The index of accumulation of contingents allows theAmurregionto gainafootholdamongtheleadingregionsofDFO in ovariancancer(12,3)andbreast cancer(11,0).
One of the objective criteria for assessing the performance of cancer ser-vices is the index of registration accuracy, which gives the possibility of ob-taining accurate information on the distribution of EIT and able specialized medical care to cancer patients.Itshouldbenotedhighleveloforganizationoftherelevantservicesintheregion,asAREmanylocationsand,inparticu-lar, cancer of breast and ovaries is comparable with many areas of the Russian Federation, and even ahead of some of them.
Binding morphology of malignant tumors of female reproductive organs for this type of diagnostic activity, when the number subjected to cytological and histological studies reaches 97.5%, confirms the need to further improve the service.
Dynamics of mortality during the study time period showed that in 1998 there was a steady and consistent increase in standardized mortality rates from malignant neoplasms of the female reproductive system in patients with cancer of the breast and ovaries. Mortality in the first year after diagnosis among can-cer patients organs of the female reproductive system (Breasts and ovaries) in the period 1998 - 2016 in the Amur region have consistently decreased.
Thus, in 2016, in the Amur region revealed the incidence rate of malignant neoplasms of the female reproductive system (Breasts and ovaries) by increas-ing the activity of identifying patients at early stages of disease development. High is the percentage of registered patients in stages III - IV of breast cancer related to the running forms of ZNO. Decreased level of detection ofoncologi-caldiseaseswithpreventivehealthcheckups,butdecreasedmortalityinthefirstyearsincediagnosis. Significantly decreased mortality from breast cancer against the backdrop of increasing it in patients with ovarian cancer.
Literature
1. Amurskaya oblast in figures: short statistical book / Amrstat. - Blagovesh-chensk. - 2015. - 429 p.
2. Amurskaya oblast in figures: short statistical book / Amrstat. - Blagovesh-chensk. - 2016. - 431 p.
3. Gordienko V. P., Vakhnenko A. A., Sapegina V. O., Rolka E. M. the Main directions of improving medical aid to cancer patients in modern social-economic conditions of the region // Information-analytical Bulletin "Social as-pects of population health". M. 2014. - No. 3. - C. 1-11.
4. Trends and dynamics of environmental pollution of the Russian Federation at the turn of XX - XXI centuries // the Federal service for Hydrometeorology and monitoring of environment / ed. by A. Israel. M. - 2007. - P. 65.
5. Kaprin A. D., Starinsky V. V., Petrova G. V. Malignant neoplasms in Rus-sia (incidence and mortality) - Moscow - 2015. - 259 S.
6. Kaprin A. D., Starinsky V. V., Petrova G. V. Malignant neoplasms in Rus-sia (incidence and mortality) -M. in 2016. - 252 S.
7. Kaprin A. D., Starinsky V. V., Petrova G. V. the State of cancer care in Russia in 2015. M. 2015. - 235 p.
8. Kaprin A. D., Starinsky V. V., Petrova G. V. the State of cancer care in Russia in 2016. - M. - 2016. - 236 S.
9. Merabishvili V. M. Cancer statistics (traditional methods, new information technologies). A guide for physicians. Part 1. - SPb. -2011. - 221 p.
10. Chissov V. I., Starinskiy V. V. Malignant neoplasms in Russia (incidence and mortality) - M. - 1998. - 284 p.
11. Chissov V. I., Starinskiy V. V., Remennik L. V. State of cancer care in Russia in 1998. - M. - 1998. - 167 p.6. Kaprin A. D., starinsky V. V., Pe-trova G. V. Malignant neoplasms in Russia (incidence and mortality) -M. in 2016. - 252 S.
Correspondence should be addressed to Viktor P. Gordienko, MD, PhD, Professor, Head of Department of Radiation Diagnostics And Radiotherapy with Oncology Course, Amur State Medical Academy, 95 Gor, kogo Str., Blagoveshchensk, 675000, Russian Federation.
UDC 616-08 DOI 10.22448/AMJ.2017.3.119-120
CLINICAL CASE OF RELAPSING IDIOPATHIC DISCEMNATED ENCEPHALOMIELITIS
Karnauh V.N., Cherednichenko O.A., e-mail: v.n.karnauch@rambler.ru
Amur State Medical Academy, Blagoveshchensk, Russian Federation
Abstract. Acute disseminated encephalomyelitis (ADEM) is an autoimmune inflammatory disease of the nervous system which canbe characterized as widespread demyelization of the brain and spinal cord, which usually develops after infection or vaccination. ADEM takes a special place among the most frequent and severe forms of disseminated encephalomyelitis. Initspathogenesis,aswellasindisseminatedsclerosis,animportantroleisheldbyautoimmunereactionstomyelinantigens.
AtypicalpathologicalADEMprocessismonophasic,i.e.acutewithlaterrecovery,whichisthemaindiagnosticmeasure,which makes it possible to distinguish it from multiple sclerosis. ADEM is manifested by severe encephalopathy with pronounced cerebral and focal symptoms. In some cases, it's possible to see the recurrence of the disease, with an exact reiteration of the first attack symptoms, this is a recurrent ADEM. Rarely, there is possibility of ADEM re-attack, which manifests itself by the involvement of new brain areas and, of course, new clinical symptoms appearance, this is called multiphase ADEM.
Objective. Analysis of the clinical case.
