In this paper we determine the caries frequency in children of the Early Iron Age (EIA) (the 9th -the 3d centuries BC) and the Medieval populations (the 8th -the beginning of the 15th century AD) from the Ukraine area, and compare the results with the data from several European populations who lived at the same time. The EIA is presented by 41 children skeletons, three of which were Cimmerian (the 9th -the 7th centuries BC) from the territory of contemporary Poltava region; 38 skulls from the territory of contemporary Poltava region and Crimea represented Scythian period (the 7th -the 3d centuries BC). Remains of 24 children from the Medieval populations were also examined, three of which were the ancient Hungarians from the Poltava region (the 8th -the 9th centuries AD), 6 Khazars from the Kharkiv region (the 8th -the 9th centuries), 1 child related the Old Rus culture from the Kyiv region (the 9th century), and 14 representatives of the nomadic populations in the Golden Horde period (the 13th -the beginning of the 15th century) from the Poltava and Zaporizhzhya regions. Taking in consideration the letter archaeobotanical studies we suggest that there were no major changes in the plants exploited during all the studied periods. The frequency of carious lesions in children from the Medieval populations (8.3% in individuals, 0.5% in deciduous teeth, and 0.4% in permanent teeth) is only slightly higher than those from the EIA period (2.4% in individuals and 0.2% in deciduous teeth). These indexes were not larger those of majority of European populations dated to the same historic period. Further isotopic, chemical and palaeobotanical studies of the additional sites, with sufficient sample sizes, allow us to learn so much more of the cariogenic factors in children of the past populations from the Ukraine area.
Viral diseases with oral manifestations are common in the practice of pedodontist, however, sometimes their diagnosis is complicated due to the similar clinical manifestations. A huge number of viruses are present in oral cavity, especially from Herpesviridae family, however, the most of them are asymptomatic. Cold, systemic diseases and stress provoke the activation of viruses with different clinical manifestations. Therefore, a dentist can be the first who diagnoses not only herpetic gingivostomatitis, but also other viral diseases. The aim of the article was to analyse the oral manifestations of viral diseases in children in order to optimize their diagnostics. This article analyses clinical cases and reviews of diseases in English in Google database from 2011 to May 2020 (and earlier publications) by Keywords: «herpetic gingivostomatitis», «recurrent aphthous stomatitis», «oral manifestations of infectious mononucleosis», «herpetic angina», «oral manifestations of cytomegalovirus infection», «recurrent herpetic gingivostomatitis», «oral manifestations of varicella virus», «oral manifestations of herpes zoster», «roseola infantum», «herpangina», «hand, foot and mouth disease», «oral manifestations of measles», «rubella», «oral manifestations of papillomavirus», and «oral manifestations of human immunodeficiency virus». Viruses which have oral manifestations were characterized by transmission. Mostly airborne viruses are represented by Herpesviridae family. The differential diagnosis of primary herpetic gingivostomatitis includes recurrent aphthous stomatitis which forms ulcers on non-keratinised oral mucosa without a vesicle phase. Recurrent herpetic infection doesn’t have difficulties in diagnostics, but could be complicated by erythema multiform with clear target lesions. Vesicles, erosions in oral cavity associated with vesicles on hear part of head help to distinguish chickenpox from herpetic infection. Compared to Herpes simplex virus infection, Herpes zoster has a longer duration, a more severe prodromal phase, unilateral vesicles and ulceration, with abrupt ending at the midline and postherpetic neuralgia. Roseola is characterized by small papules on skin and palate which appears when severe fever in prodromal period subsides and disappears after 1-2 days. Oral vesicles associated with foot and hand rush differentiate enterovirus stomatitis from chickenpox and roseola. The distribution of the lesions of herpangina (palate, tonsils) differentiates it from primary herpetic gingivostomatitis, which affects the gingivae. Comparing with roseola and rubella, measles has a bigger size of rush and specific oral localization on buccal mucosa. Mild fever and skin rush which appears on face and extensor surfaces of body and extremities help to distinguish rubella from measles and roseola. Viruses transmitted through biological liquids are represented in oral cavity by infectious mononucleosis and cytomegalovirus. The vesicles and ulcers on the tonsils and posterior pharynx in case of these infections can resemble herpetic stomatitis, but liver and spleen enlargement allows to exclude this diagnose; also cytomegalovirus erosions heal for long time. Cervical lymphoadenopathy differentiates them from herpetic angina. Laboratory diagnostics is based on detection of antibodies to virus or virus DNA in blood helps to make diagnosis of infectious mononucleosis and cytomegalovirus infections. Viruses transmitted through direct contact with mucosa and biological liquids represented by human papillomavirus (HPV) and human immunodeficiency virus (HIV). HPV in oral cavity represent by benign epithelial hyperplasia which might persist and transform to malignant. Therefore, histological examination plays important role in diagnostics of HPV. Oral manifestations such as candidiasis, herpes labialis, and aphthous stomatitis represent some of the first signs of HIV immunodeficiency. Oral lesions also associated with HIV in children are oral hairy leukoplakia, linear gingival erythema, necrotizing ulcerative gingivitis, and Kaposi’s sarcoma. Rapid necrotization and long-term healing of oral lesions help to suspect HIV and prescribe the blood test for the detection of antibodies to the virus. Oral mucosa is often the first to be affected by viral infections. A thorough anamnesis and examination is the key to accurate diagnostics of the most oral viral lesions and their adequate treatment. Biopsy, examination of antibodies to the virus in the blood or polymeraze-chain reaction to the virus in the bioptate or blood are performed in case of diagnostic difficulties. Laboratory methods had to use more widely for the diagnostics of recurrent or unclear lesions of the oral mucosa in children.
Introduction: Caries occurs most frequently among dental diseases of the hard dental tissues in children. Its occurrence and intensity do not decrease, although scientists and practitioners make much efforts directed to the reduction of these indices The aim: Therefore, the objective of our study was to investigate the indices of rate salivation and viscosity of the oral fluid in children at different age periods with caries and intact teeth. Materials and methods: 134 children, 7-9 years old, and 89 children,10-12 years old, studying at Poltava schools were examined. Dental examination was conducted according to the common methods. Caries intensity in all the children was determined by Caries Filling Extraction (CFE) Index, and CFE+cfe. To determine salivation rate the oral fluid was collected on empty stomach in the morning into sterile calibrated tubes during 5 minutes. Results and conclusions: Investigations of physical indices of the oral fluid in children of 7-9 and 10-12 years of age did not find their reliable difference considering the child’s age. Meanwhile the indices of salivation rate and oral fluid viscosity in children with caries and without it were found to differ much. That is, the course of carious process in children is associated with reduced salivation rate and increased index of the oral fluid viscosity, which in its turn deteriorates hygienic state of the oral cavity enabling to activate the activity of dental deposit microflora and its effect on enamel demineralization followed by occurrence of carious defect of temporary and especially permanent teeth recently erupted and poorly mineralized. The results obtained were calculated by variation statistics method. The indices were considered to be reliable with р≤0,05.
Odontological studies of ancient populations represent different indicators related to health state, lifestyle and human diet. The aim of this paper is to determine the dental health indicators in the Chernyakhov population (the end of the IVth c. AD) from Ukraine. The paper also attempts to identify the relationship between sex and these indicators in the studied population. The sample analysed consisted of the dental remains of 25 adult individuals (11 males and 14 females) and 8 children individuals excavated from the cemetery at the archaeological site of Shyshaki (Poltava region of Ukraine). A total of 760 teeth were examined for caries, tooth wear and calculus clinically, and 647 teeth of adults were observed radio-graphically. The studied population presents frequency of caries in individuals of 12.5%. This indicator in adult male and female dentition is 42.86% and 14.0% respectively, and 25% in children. The presented population frequency of caries teeth was 0.88%. Females presented higher caries rate than males (2.72 % females vs. 0.36 % males) (p<0.05). The most frequent were caries lesions of cementum-enamel junction (40%) and combined lesions of crown and root (40%) with no difference in terms of sex. Frequency of dental wear in adult individuals and 8-10 year-old individuals was 100%. The studied population represented TWI (tooth wear index) in adults (2.26), which increased with aging, but the difference in terms of sex is insignificant. Calculus was observed in 64.28% of the females and 63.33% of the males, showing no statistical difference (p>0.5). These findings confirm a very low rate of caries teeth in the territory of Shyshaki during the Late Roman period, which could be related to regional diet and concentration of fluorine in drinking water. The Chernyakhov population presents high dental wear and similar frequency of dental calculus when compared to the population from Roman Britain. Females presented significantly higher frequency of caries than males, whereas no significant sex differences were found regarding dental wear, calculus, and localisation of caries lesions. The authors presume that dental health indicators in the Chernyakhov culture need to be studied more with bigger sample size and data of the populations from other regions of Ukraine.
In modern medical science, and in particular in dentistry, regarding pathology, the following question is actual invariably: Have there always been manifestations of diseases as we see them today? At the same time, research on dental diseases in ancient people remains also a reliable source of knowledge about the causes of oral cavity pathology in the modern population. Therefore, it is important to study deviations from the norms of development and peculiarities of skeleton of populations in various periods. The purpose of the study. To investigate the condition of hard oral tissues in the Bronze Age population from the area of modern Poltava region by skeletal remains. Object and methods of research. For the analysis the bone remains of 47 representatives (4 children's, 20 women's and 23 men's skeletons) of population of the Bronze Age (middle of the 3rd millennium – the 2nd millennium BC), from the area of modern Poltava region (main group), from the mound located in the vicinity of the village Hittsi of the Lubenskyi district, discovered by the archeological expedition in 2021 were selected. Anthropological series of individuals living in the Bronze Age on the territory of modern Poltava region described earlier were taken as a control group for comparison. The materials were discovered during the archaeological excavations carried out in 1998-2012, where a total of 102 skeletons were examined (30 children's skeletons, women's skeletons among examined are 20, and male ones are 52.) The study of the material was carried out by the method of skeletal tissue analysis of ancient people, developed by the authors of this publication on the basis of the Laboratory of Medical and Historical Anthropology of the Municipal Establishment "Center of Protection and Research of Archaeological Monuments" of Poltava Regional Council and the Children's Department of Therapeutic Dentistry with prevention of dental diseases of Poltava State Medical University. The method provides maximum preservation of bone and teeth tissues. Research results. Differences in the dental status of the main group correspond to the results of the paleopathological analysis of the collective anthropological series of the Bronze Age control group from the area of Poltava region (where there were found 4 tooth cavities per 102 persons and in another 22 persons dental mineralized deposits were observed) which reflect a specific consequence of the negative impact of social factors and environment in places of residence. However, the difference was determined in the form of coverage of the chewing organs with teeth mineralized deposits. Discrepancy in the number of encounters of mineralized deposits in the teeth of the studied groups is probably explained by the difference in food consumption and possible differences in types of lifestyles, the possible tendency of the male population to long transitions. Conclusion. The general somatic status of the control group of the studied people corresponds to the state of health of the Bronze Age population of the main group from the area of Poltava. So, another 47 people of the Bronze Age showed the same dynamics of the development of dental pathology with previously studied skeletons of representatives of this time from the area of the modern Poltava region.
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