On the Exhaustion of Local Remedies: Reconciling Sovereignty and Justice Before the European Court of Human Rights

Europe has a rule of law crisis. In the past decade, Turkey, Poland, and Hungary have undermined their democratic societies and compromised the independence of their institutions by affording unprecedented strength to their executive branch and imposing severe restrictions on the public sphere. As their illiberal policies spread, so does the frequency with which individuals adversely affected by these policies seek justice before the European Court of Human Rights. In these cases, Article 35(1) of the European Convention on Human Rights requires that they first exhaust the local remedies available in their national legal system. Article 35(1) reflects the role of the European Court of Human Rights to act as a subsidiary to Europe’s national judicial institutions and exercise a margin of appreciation for their ability to deliver a just outcome to litigants. However, this Comment shows that the principle of subsidiarity and the Court’s margin of appreciation for sovereign interests have led to an excessively formalistic interpretation of Article 35(1) in cases brought against Turkey and Hungary, leading to unjust conclusions for applicants and undermining the Court’s ability to guard against the erosion of rule of law in illiberal democracies. If the Court is to preserve its legitimacy as an institution capable of addressing human rights violations wherever they occur within its jurisdiction, it is critical that it plays a more active role in tackling Europe’s rule of law crisis. On this matter, Article 18 offers insight into the means by which the Court can provide relief to applicants and confront any unlawfully implemented state restrictions that compromise democratic governance in Member States without entirely delegitimizing these States’ legal and political systems

The UN’s Political Engagement in the Occupied Palestinian Territories: Reconceptualized Strategies in Humanitarianism and Diplomacy in the Middle East Peace Process

This paper studies the humanitarian crisis in the occupied Palestinian territories, focusing on the Palestinians’ short-term needs in emergency relief as well as their long-term needs regarding sustainable development, good governance, legal and physical protection. Against the backdrop of a cost/benefit analysis of the current UN humanitarian operational model, the paper then introduces new models of engagement, such the UN’s positioning itself as a mediator between the PA and the civic society throughout the implementation of a decentralized development model. Within this framework, the UN is advised to complement its engagement by facilitating negotiations towards a unified Palestinian government that incorporates the PA’s expertise in engaging the global political platform with the civic-based authority Hamas has within Palestine. The paper also proposes that the UN deploy a peace-keeping mission to help reduce the rate at which Israeli authorities and extremist settlers are pursuing a coercive environment in the WBGS. The last section of the essay highlights a reconceptualized diplomatic negotiation process spearheaded by the UN that complements its domestic operations. This reform essentially involves the expansion of the UN agenda to leverage the strategic partnerships the Gulf States, China, and Japan have with Israel and Palestine, as well as their financial powers to help sustain a viable Palestine until a settlement is reached

Positive Einstein Metrics with S4m+3\mathbb{S}^{4m+3} as Principal Orbit

We prove that there exists at least one positive Einstein metric on $\mathbb{HP}^{m+1}\sharp \overline{\mathbb{HP}}^{m+1}$ for $m\geq 2$. Based on the existence of the first Einstein metric, we give a criterion to check the existence of a second Einstein metric on $\mathbb{HP}^{m+1}\sharp \overline{\mathbb{HP}}^{m+1}$. We also investigate the existence of cohomogeneity one positive Einstein metrics on $\mathbb{S}^{4m+4}$ and prove the existence of a non-standard Einstein metric on $\mathbb{S}^8$

The predictive role of neutrophil-to-lymphocyte ratio and platelet-to-lymphocyte ratio in children with simple febrile seizures

Aim: To evaluate the predictive roles of biochemical and complete blood count parameters in the diagnosis of febrile seizures by comparing these between patients with simple febrile seizures and febrile patients without seizures. Methods: One hundred fifty-two children (66 girls and 86 boys), aged 6-60 months presenting with fever symptoms presenting to our hospital’s pediatric emergency department between January 2015 and January 2020 were included in the study. Demographic data, complete blood count parameters and biochemical parameter levels were compared between the two groups. These were divided into a patient group with simple febrile seizures (n = 74) and a febrile control group without seizures (n = 78). Results: Comparison of biochemical parameters revealed significantly higher glucose, CRP, and ALT levels in the febrile seizure group, while Ca and Na were significantly lower. Comparison of complete blood count parameters revealed significantly higher white blood cell (WBC), neutrophil, red cell distribution width, neutrophil-to-lymphocyte ratio (NLR), and platelet-to-lymphocyte ratio (PLR) values in the febrile seizure group, while hemoglobin, hematocrit, mean corpuscular volume, lymphocytes, and mean platelet volume were significantly lower. Conclusions: We think that in addition to markers such as WBC, leukocytes, and CRP for evaluating inflammation in patients with febrile seizures, simple, easily available, and inexpensive tests such as NLR and PLR can also be useful for assessing inflammation

Migralepsy; clinical and electroencephalography findings in children

Aim: Migralepsy is a clinical entity that occasionally represents a diagnostic problem. An apparent history and clinical manifestation of migraine may mask the epileptic attack accompanying migralepsy. The aim of this study is to present our experience with clinical and electroencephalography (EEG) findings and treatment of our patients diagnosed with childhood migralepsy disease.Methods: We documented six patients who were initially followed-up with a diagnosis of migraine, subsequently observed to have epileptic seizures, and then diagnosed with migralepsy.Result: Our patients became asymptomatic by giving good responses to antiepileptic therapy based on clinical and electroencephalography (EEG) findings.Conclusions: This case series shows that EEG recording can be useful in all stages of migraine for long-term, safe monitoring. Identifying patients with possible migralepsy will enable them to receive antiepileptic treatment

Protective Effect of Hesperetin and Naringenin against Apoptosis in Ischemia/Reperfusion-Induced Retinal Injury in Rats

Purpose. Hesperetin and naringenin are naturally common flavonoids reported to have antioxidative effects. This study was performed to investigate whether either hesperetin or naringenin has a protective effect against apoptosis on retinal ischemia/reperfusion (I/R) injury. Methods. Retinal I/R was induced by increasing the intraocular pressure to 150 mmHg for 60 minutes. Thirty-three male Wistar albino rats were randomised into 5 groups named control, I/R + sham, I/R + solvent (DMSO), I/R + hesperetin, and I/R + naringenin. Animals were given either hesperetin, naringenin, or the solvent intraperitoneally immediately following reperfusion. Thickness of retinal layers and retinal cell apoptosis were detected by histological analysis, tunel assay, and immunohistochemistry assay. Results. Hesperetin and naringenin attenuated the I/R-induced apoptosis of retinal cells in the inner and outer nuclear cells of the rat retina. Retinal layer thickness of the naringenin treatment group was significantly thicker than that of the hesperetin, sham, and solvent groups (P<0.05). Conclusions. Hesperetin and naringenin can prevent harmful effects induced by I/R injury in the rat retina by inhibiting apoptosis of retinal cells, which suggests that those flavanones have a therapeutic potential for the protection of ocular ischemic diseases