This paper globally analyzes the bivariate relation between large current account imbalances and the real exchange rate over different degrees of nominal exchange rate variability. Employing both linear and nonlinear panel estimation procedures, we typically find an inverse long-run link between large imbalances and the real exchange rate at lower nominal exchange rate rigidity levels. This is in contrast to the often non-existent or positive comovement that materializes under lower nominal exchange rate variation. Our results thus suggest that greater nominal exchange rate adjustment can induce a stabilizing “current account”-“real exchange rate” relation. Meanwhile, current account adjustment speeds up with more flexible nominal exchange rates. Along the cross-section, the most salient findings are i) the striking positive relation between current account persistence and real exchange rate persistence based on country-specific estimates and ii) the inverse correlation between persistence in either the current account or real exchange rate and nominal exchange rate volatility.

Stress is a part of human life, especially for urban citizens. Stress is inseparable characteristics of student life, especially exam days. Stress management is one of the first steps which can affect students success during the exams, especially in universities. Blood pressure is the first stress observation symptom to understand its level. Therefore, to understand the stress impact of university students during the exam weeks, a conditional experiment has been designed. 200 students were selected from Bosnian and Turkish female and male. The students` blood systolic, diastolic and heart rate were measured to detect the differences between non-exams days and exam days. The blood pressure measurement has been done 3 times in specific times, non-exam days, midterm and final days. Since non-exam days were taken as stress off days, they were supposed that these days were control data to compare with exam days to see the differences. As a result of the measurements, Bosnian females showed the highest increasing, systolic 13.2%, diastolic 9.3% and heart rate 8.5% during the midterm exam days. The group has been followed by Bosnian males, systolic 6.9%, diastolic 6.1% and heart rate 6.63 increased during the midterm days. Although Turkish students blood pressure and heart rate increased, the values were less than Bosnian students. Moreover, high correlation significance results belonged to Bosnian females and males, 0.722 and 0.698 respectively. Finally, it was concluded that if students have scholarship they have more blood pressure during the exams. While 95% of Bosnian females and 90% of Bosnian males have some scholarship, no Turkish students have scholarship demonstrated the differences between Bosnian and Turkish students blood measurements.

We investigate the impact of flavor-conserving, non-universal quark-lepton contact interactions on the dilepton invariant mass distribution in $$p~p \rightarrow \ell ^+ \ell ^-$$pp→ℓ+ℓ- processes at the LHC. After recasting the recent ATLAS search performed at 13 TeV with 36.1 fb$$^{-1}$$-1 of data, we derive the best up-to-date limits on the full set of 36 chirality-conserving four-fermion operators contributing to the processes and estimate the sensitivity achievable at the HL-LHC. We discuss how these high-$$p_T$$pT measurements can provide complementary information to the low-$$p_T$$pT rare meson decays. In particular, we find that the recent hints on lepton-flavor universality violation in $$b \rightarrow s \mu ^+ \mu ^-$$b→sμ+μ- transitions are already in mild tension with the dimuon spectrum at high-$$p_T$$pT if the flavor structure follows minimal flavor violation. Even if the mass scale of new physics is well beyond the kinematical reach for on-shell production, the signal in the high-$$p_T$$pT dilepton tail might still be observed, a fact that has been often overlooked in the present literature. In scenarios where new physics couples predominantly to third generation quarks, instead, the HL-LHC phase is necessary in order to provide valuable information.

Furosemide is a diuretic and is often used in the treatment of hypertension. This medicine is very good when it comes to lowering the blood pressure, and this is also a drug of choice when it comes to the stage of hypertensive urgencies and emergencies. It can be administered intravenously, and the effects reach a maximum within 30 minutes. Due to the fact that this medicine causes a loss of potassium ions it can also affect the reduction of insulin in the blood, and thus the increase in blood glucose and arrhythmias. A prospective random study was carried out in Emergency Medical Service of Public Health Institution Center “Zivinice’’, where we analyzed 120 patients which were suffering from hypertension heart disease, and diabetes. We included all 120 patient whom suffering from hypertension and diabetes starting February till end of July 2016. Data for analysis: age, gender, bodymass index, analysis of the arterial blood pressure value, characteristic laboratory changes, analysis of electrocardiography. Looking at all the three groups of patients, it can be noticed that the maximum value of arterial blood pressure upon arrival at the Emergency Medical service had patients suffering from hypertension and diabetes, where the average value of arterial blood pressure was 173/113 mmHg. According to analysis for all three observed groups of patients, after treatment with furosemide there is no statistical significance in the incidence of arrhythmias between the groups where. Looking at the summary for all three groups of patients, the average value increase of blood glucose after treatment with furosemide is 0.7 mmol/l. Furosemide is safe for the treatment of hypertension in diabetic patients. It does not cause an increase in blood glucose levels.