Psoriasis is a chronic inf lammatory and immune-mediated condition, which is no longer considered as being limited to the skin, but may affect the entire body. Epidemiological studies have shown that certain disorders, including obesity, diabetes, liver abnormalities, elevated lipid levels in the blood and metabolic syndrome, may occur more frequently in patients with psoriasis compared with the general population. As psoriasis is a chronic disease, the frequently associated comorbidities must be identified early to ensure timely treatment and, possibly, their prevention. Comorbidities often manifest clinically 1-2 years after the onset of psoriasis and are commonly seen in patients with severe forms of the disease. The association between psoriasis and its comorbidities is not coincidental, but rather based on common pathophysiological mechanisms and risk factors that underlie the increased frequency of comorbidities in patients with psoriasis. The aim of the present review was to emphasize the important role of dermatologists in the early recognition of comorbidities in patients with psoriasis, with a focus on metabolic comorbidities, precisely because the dermatologists are usually the first medical contact due to the predominance of skin lesions. Therefore, these specialists have the responsibility to inform patients on the association between psoriasis and possible multiple comorbidities, devise prevention and treatment plans, or even redirect patients to other specialists. Contents 1. Introduction 2. Metabolic comorbidities of psoriasis 3. Management of metabolic comorbidities in psoriasis 4. Conclusions

Mariculture offers enormous potential for providing sustainable food, playing a key role in achieving nutrition security, employment, and Blue Growth. This is particularly true in geographical areas where the dependence of local economies on fishery products is high and yet access to sustainable landings is hindered by environmental drawbacks. One such area is represented by the Black Sea, which offers different degrees of suitability for aquaculture development. While the southern and eastern shores are sheltered enough to allow for the development of large aquaculture activities, the north-western shoreline is characterized by wide environmental fluctuations and the strong influence of the Danube. This study aimed at investigating the suitability of a selected area of the Romanian coast (Mangalia) for finfish cage farming by adapting an internationally endorsed methodology for determining its Degree of Compatibility (DC). The development and expansion of finfish aquaculture depends on the availability of space, so designating Allocated Zones for Aquaculture (AZAs) is essential. The result obtained (DC = 80) indicates that the Mangalia area is suitable for finfish aquaculture activities: there is no major interference with other uses of the maritime space, no conflicts with nature conservation, and the environmental conditions are appropriate for fish culture in floating cages. The novel information provided by this study can be the building block for authorities to settle the governance gap that has so far impeded the development of marine aquaculture in Romania. At a larger scale, this study can serve as a good practice example at the regional Black Sea level.

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Summary:The extension of the Natura 2000 European ecological network to the Romanian marine territory (1 site according to the Birds Directive requirements and eight sites according to the Habitats Directive requirements, one also being a natural reserve and one part of the Danube Delta Biosphere Reserve) might cause conflicts between the Romanian marine fishery and these sites. In order to minimize such conflicts, the evaluation of the interaction between fishery and the preservation objectives of the Natura 2000 sites is compulsory and extremely important. The assessment of the environmental impact is a key tool of the EU environmental legislation, which is used in evaluating the effect of human activities on the ecosystem. In addition, the involvement of all interested stakeholders in the development of the fishery on the Romanian littoral and in environmental protection will be the key to success in finding viable co-management solutions in the Natura 2000 sites. The present paper aims to examine how the fisheries interact with the marine environment on the Romanian coast in the network of marine protected areas.Keywords: marine fisheries; marine protected areas; Romanian littoral. Cómo reconciliar la pesca y la protección de hábitats en áreas marinas protegidas de RumaníaResumen: La extensión de la red de trabajo ecológica europea Natura 2000 en el territorio marino de Rumanía (1 lugar según los requisitos de la Directiva de aves y 8 lugares según los requisitos de la Directiva de Hábitats, siendo también uno de ellos una reserva natural y una parte de la Reserva de Biosfera del Delta del Danubio) podría causar conflictos entre las pesquerías marinas rumanas y estos lugares. Para minimizar estos conflictos, es obligatorio y extremadamente importante llevar a cabo la evaluación de la interacción entre la pesca y los objetivos de preservación de los lugares de la red Natura 2000. La evaluación del impacto ambiental es una herramienta clave de la legislación ambiental europea, que se utiliza en la evaluación del efecto de las actividades antropogénicas en el ecosistema. Además, la participación de todos los actores interesados en el desarrollo de las pesquerías del litoral rumano y en la protección ambiental, servirá para demostrar la viabilidad de las soluciones alcanzadas a través de la cogestión en los lugares de la red Natura 2000. El presente documento tiene como objeto examinar como interaccionan las pesquerías con el medio marino en la costa de Rumanía dentro del sistema de Áreas Marinas Protegidas.Palabras clave: pesca marina; áreas marinas protegidas; litoral rumano.Citation/Como citar este artículo: Zaharia T

"Gongolaria barbata (Stackhouse) Kuntze (formerly known as Cystoseira barbata (Stackhouse) C. Agardh, 1820) builds essential habitats for marine biodiversity and ecosystem optimal functioning along the Romanian Black Sea coast. G. barbata forms so-called brown algal forests especially in the southern part of the Romanian Black Sea shore, providing all categories of ecosystem services, at the same time being a source of potentially bioactive metabolites. Over the last decades, Cystoseira sensu lato have suffered a general decline due to anthropogenic pressure and the Romanian Black Sea coast is not an exception. G. barbata is the only remained representative of Cystoseira s. l. from the Romanian coast and currently the most important habitat - forming species, being a suggestive indicator of environmental degradation and loss of habitats. The study aims to present the last fourteen years ecological status assessment of the sensitive habitat Upper-infralittoral rock dominated by G. barbata. Sampling was conducted between 2009 – 2022 (summer seasons) and a total number of 144 samples were collected using the “quadrat method” (20 x 20 cm). Data were statistically analyzed, and the specific Ecological Index (EI) was applied to evaluate the ecological status. The results of this study showed that this vulnerable habitat reached good ecological status during 2009 - 20122, except for 2012 and 2014. Nevertheless, the current distribution of G. barbata habitat is sparse, and the species remains highly sensitive to increasing anthropogenic activities in coastal zones."

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