More than 1 month since Russia began its illegal invasion of Ukraine the tragic human suffering and loss of life are clear. Each day brings more death, injuries, and stories of people fighting for their lives. The implications of the war extend beyond the military and civilian casualties. There are geopolitical, financial, infrastructural, and health impacts. And the effects of this war, particularly on health and health care within and outside Ukraine, will continue long after violent conflict ends.
The war has brought immense pressures and demands for the Ukrainian health sector. There have been 3039 civilian casualties recorded, including 104 children and 1075 adults killed as of March 28, 2022.The risk of infectious disease outbreaks, particularly COVID-19, cholera, polio, tuberculosis, and diarrhoeal diseases, is rising as people are forced to shelter in overcrowded spaces with inadequate or no access to water and sanitation facilities.The UN High Commissioner for Refugees stated the war has forced 10 million Ukrainians to flee their homes,of whom about 6·4 millionare displaced internally and in desperate need of urgent aid, treatment for recent injuries and illness, and continued care for chronic conditions. Food shortages are arising because of damage to agricultural infrastructure and disruptions in food supply chains.The risks of mental health and psychosocial deterioration are growing as people face traumatic events and stress from acute conflict.Attacks on and around maternity hospitals mean many women do not have access to the obstetric care they need, increasing the risks of maternal and neonatal morbidity and mortality.It is estimated that more than 2 million children younger than 5 years and pregnant and breastfeeding women in Ukraine are in need of nutrition assistance.There could also be health risks related to potential Russian use of nuclear, chemical, or biological weapons against Ukrainian civilians.

Aim: To determine the prevalence and to estimate factors associated with food hypersensitivity in young children of the Lviv region in Ukraine.
Methods: A prospective cross-sectional survey study was conducted between 2016 and 2017 in the Lviv region of Ukraine. A specially designed questionnaire about food hypersensitivity of young children developed and validated by M. J. Flokstra-de Blok was used after translation into the Ukrainian language. The questionnaire included 34 questions, grouped into general and detailed information. Parents of children aged 0–3 years were asked to complete the questionnaire at pre-schools and medical institutions.
Results: Among 4,500 distributed questionnaires, 3,214 (71%) were completed and processed. Parents reported that 25% of their young children had food hypersensitivity. According to the survey the most common agents involved in food hypersensitivity in young children were cow’s milk (34%), egg (28%), and wheat (24%). Hypersensitivity to milk occurred in 50% of children in the age group of 1–2 years. Regional differences associated with food hypersensitivity were also found. Namely, in the Carpathians, there was more hypersensitivity to fish (27%) and honey (22%) than in other regions, while
hypersensitivity to soy was detected mostly in Lviv City residents (8.5%). Unknown causes of food hypersensitivity were highly reported (34%) in the Carpathians.
Conclusion: Prevalence and some distinctiveness of food hypersensitivity revealed in four geographic and climate zones as well as in Lviv City have a considerable practical use for formulation of recommendations for children with food hypersensitivity.

Pediatric tuberculosis is a health problem of special significance because it is a marker for current transmission of tuberculosis in society.

The research aimed at analyzing the peculiarities of detection and course of pediatric extrapulmonary tuberculosis (EPTB) taking into account the profile of drug resistance. A retrospective study of medical charts of children with EPTB (n = 47; 1st group) and pulmonary tuberculosis (PTB) (n = 49; 2nd group) aged 0-15 for 2013-2020 has been conducted. 2 subgroups with EPTB were identified separately: resistant (EPRTB) (n = 23) and sensitive (EPSTB) (n = 24).

Results and discussion. The frequency of EPTB was 9.8%. Tuberculosis of peripheral LN (40.5%), CNS (27.7%), bones and joints (23.4%) was significantly more often diagnosed, than other lesions. Almost half of children with EPTB had a miliary distribution. In 44.7% of children with EPTB contact with a patient with tuberculosis was not established. EPRTB was significantly more common among children under 1 and up to 3 years of age than EPSTB. The resistance to combination of HR (73.6%) was found more often than to HRES (10.5%), HRS, H and Z (5.3% each; p<0.01). In 73.9% of children with EPRTB was detected when seeking medical care, in 13.0% the time to diagnosing lasted 6 months. Among children with EPRTB, gradual course was more frequent and in 47.8% intoxication syndrome was dominating. 78.3% of children with EPRTB were not vaccinated.

Conclusion. The above indicates the need to intensify preventive measures against tuberculosis among children, especially at risk groups, make monitoring of contacts and their treatment.

UDC 616-002.5-053.2(477.83)

Pediatric tuberculosis (TB) is a serious infectious disease that affects many children worldwide and is more likely to be extrapulmonary than adult TB.
The purpose — to analyze the profile of drug resistance of Mycobacterium tuberculosis and clinical features of extrapulmonary resistant (EPR) TB among children from Lviv region, Ukraine.
Materials and methods. We analyzed all cases of EPR TB (n=23) and extrapulmonary sensitive (EPS) TB (n=24) among 478 medical charts of children, who were hospitalized in the Lviv Anti-TB hospital during 2013–2020.
Results. It was found out that EPR TB was diagnosed significantly more often at the age of 1 year and up to 3 years old than EPS TB and significantly less often — among children aged 4–7 years. The children with EPR TB were significantly more likely to live in rural areas and they were significantly more likely to be from families with less than 2 children, compared to EPS TB. The children with EPR TB were more often diagnosed with meningeal and central nervous system (CNS) TB, less often — with TB of the bones and joints, only they had TB of the intestine, compared to EPS TB. Miliary pulmonary TB and the predominance of bilateral process were more common at EPR TB. Among children with EPR TB, rifampicin-resistant TB was significantly more common found than the risk of multidrug-resistant TB (MDR-TB) and monoresistant TB. The resistance profile of MDR-TB showed that 17.4% are resistant to the combination of HR (H-isoniazid, R-rifampicin), 8.6% - to HRES (E-ethambutol, S-streptomycin), 4.3% – to НRS. Among 43.5% of children with EPR TB the contact with a TB patient was not established. At the same time, only a third of children who had came into contact with bacterial exсretors were under dispensary observation and only about 9% received chemoprophylaxis.
Conclusions. In order to prevent the development of EPR TB, it is necessary to improve TB prevention measures among the most vulnerable segments of the population.

In etiopathogenetic terms, premature birth is considered as a clinical syndrome characterized by polyetiological factors, the participation of the fetus in pathogenesis, a variety of clinical symptoms, and the involvement of genetic and environmental factors. At the same time, there is increasing evidence that the composition of a woman’s vaginal microbiota significantly affects her sexual and reproductive health, including the risk of adverse pregnancy outcomes, including miscarriage and preterm birth. The purpose of the work was to assess the state of the vaginal microbiota in women with risk factors and the threat of spontaneous premature birth. 150 women of reproductive age took part in the study. The inclusion criteria for the study were the presence of risk factors for preterm birth or the threat of preterm birth. Determination of the pH of vaginal contents, molecular biological, and bacterioscopic methods were used to assess the state of the vaginal microbiota.

The conducted studies indicate a high risk of preterm birth in the presence of dysbiotic and inflammatory changes in the vaginal microbiota - odds ratio (OR) = 2.962 (95% CI 1.32-6.645). At the same time, for pregnant women with risk factors for preterm birth, OR makes up = 8.120 (95% CI 2.149-30.686), and for pregnant women with diagnosed threatened preterm birth - OR = 10.133 (95% CI 3.149-32.604). Thus, one of the risk factors for the development of spontaneous premature and threatened premature births is changes in the state of the vaginal microbiota, which requires the development of diagnostic and therapeutic measures to prevent premature termination of pregnancy and reduce the frequency of obstetric and perinatal complications.