Agency: European Commission | Branch: H2020 | Program: CSA | Phase: MSCA-NIGHT-2016 | Award Amount: 171.75K | Year: 2016
FRESH (Find Research Everywhere and SHare) is led by the Center for Research and Analysis with 13 partners and 5 associated partners. The Consortium includes Bulgarias first technological park, a chamber of industry and commerce, a pan-European organisation, leading research organisations, academia, and media. The aim is to create a series of participatory and media events to promote research careers, aimed in particular towards young people and their parents. Building on existing understanding developed through previous local initiatives including Researchers Night, and with reference to Europe-wide research like the Special Eurobarometer 401, as well as the MASIS report and the in-depth Education and Training Monitor 2015 for Bulgaria , the focus of this 20-month programme will be on enhancing the public understanding of and engagement with science. Core activities during the Night will include a digital participatory campaign to engage audiences across the country; international live streaming; science city quests and quizzes; science cafes; hands-on experiments; science shows; simulations; games and competitions. Thematic programmes will include, among other, food and nutrition, inspired by 2016 International Year of Pulses , engineering, oceanology, innovation and business incubators, technological transfer, medicine, and others. The on-the-ground activities will take place in the largest cities including several where Researchers Night has not been marked. Innovation will be an intricate part of the events through the use of online technology to enhance the physical activity, engage particularly young audiences and to guarantee sustainability outside the lifespan of the project. The activities of the first year will allow learning to accrue from a thorough evaluation. The project will strengthen the capabilities of the partners in organising events for a general audience, and for underserved audiences, including girls and people with hearing disabilities.
Angelova M.G.,University of Medicine Pleven |
Petkova-Marinova T.V.,University of Medicine Pleven |
Pogorielov M.V.,Sumy State University |
Loboda A.N.,Sumy State University |
And 2 more authors.
Anemia | Year: 2014
Aim. To determine trace element status and aetiologic factors for development of trace elements deficiencies in children with iron-deficiency anaemia (IDA) aged 0 to 3 years. Contingent and Methods. 30 patients of the University Hospital, Pleven, Bulgaria - I group; 48 patients of the Sumy Regional Child's Clinical Hospital, Sumy, Ukraine - II group; 25 healthy controls were investigated. Serum concentrations of iron, zinc, copper, chromium, cobalt, and nickel were determined spectrophotometrically and by atomic absorption spectrophotometry. Results. Because the obtained serum levels of zinc, copper, and chromium were near the lower reference limits, I group was divided into IA and IB. In IA group, serum concentrations were lower than the reference values for 47%, 57%, and 73% of patients, respectively. In IB group, these were within the reference values. In II group, results for zinc, cobalt, and nickel were significantly lower (P < 0.05), and results for copper were significantly higher in comparison to controls. Conclusion. Low serum concentrations of zinc, copper, cobalt, and nickel were mainly due to inadequate dietary intake, malabsorption, and micronutrient interactions in both studied groups. Increased serum copper in II group was probably due to metabolic changes resulting from adaptations in IDA. Data can be used for developing a diagnostic algorithm for IDA. © 2014 Maria Georgieva Angelova et al.
Petkova-Marinova T.,University of Medicine Pleven |
Nedkova V.,University of Medicine Pleven |
Angelova M.,University of Medicine Pleven
Pediatriya | Year: 2013
Introduction: Iron deficiency is the most common nutritional deficiency in the world. Interesting issue is the status of essential trace elements including copper in iron deficiency anemia states. Objective: To make a brief review of copper metabolism, physiological impact and micronutrient status in the human organism and iron deficiency anemia states. To investigate serum iron, copper and related to copper metabolism zinc in children with iron deficiency anemia. Methods: Serum copper, zinc and iron are measured spectrophotometrically, using AUDIT diagnostics (Ireland) and GIESSE diagnostics tests, and ferozine method of COBAS INTEGRA 400 (Roche) respectively. Results and discussion: \Ne discovered low levels of serum iron 4,3112,27 umol/l in comparison with reference values in investigated children (n=25;3 to 12 years). The levels of copper 12,8±2,1 umol/l were also lower than the reference values, and serum zinc 18,59±3,1 umol/l was within reference values. The proposed mechanism explaining low values of serum copper level in investigated children with anemia is associated with forming a stable copper-metallothionein complex, followed by reduction in copper absorption, sequestration of metal in intestinal mucosal cells and increased copper excretion. Conclusion: Investigation of micronutrient status in patients with iron deficiency anemia represents an interest in the diagnosis and treatment of anemia states. Our study highlights the need to know the synergistic interactions between trace elements that would facilitate adjunctive therapy with a complex of micronutrients.
Angelova M.,University of Medicine Pleven |
Hristova P.,University of Medicine Pleven |
Nedkova V.,University of Medicine Pleven
Pediatriya | Year: 2013
Thiocyanates in urine - a marker of smoking were quantified in 86 students aged 15 to 18 years of voluntary principle. However, that study did not provide the results of a nationally representative sample, received data show that smoking has major sizes among the students surveyed. 44.49% of them were smokers and 47.4% of smokers smoke more than 10 cigarettes daily. Values for concentrations of thiocyanates in urine in non-smokers (n = 48) were 3.00 ± 1.41 mg/l (51.60 ± 24.25 nmol/l); in smokers to 10 cigarettes (n = 20) daily - 4.99 ± 2.24 mg/l (85.83 ± 38.53 umol/l) and to smokers more than 10 cigarettes per day (n = 18) - 6.95 ± 2.36 mg/l (119 + 40.59 umol/l). Differences between groups were statistically significant with a confidence between smoking and smoking up to 10 cigarettes a day - p <0.01, between smokers 10 cigarettes per day and smoking more than 10 cigarettes per day p <0.05. Through an objective quantitative marker to distinguish smokers from non-smokers and to establish the intensity of smoking, confirmed the seriousness of the health and social problem smoking. This requires an informed health education for smoking cessation in school age by applying adequate, coherent, effective controlled European legislation. It is implementation of programs to prevent smoking and to provide help and support to those who want to quit smoking.