FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2808151755> ?p ?o ?g. }

• W2808151755 endingPage "664" @default.
• W2808151755 startingPage "656" @default.
• W2808151755 abstract "In the present study novel histopathological approach, using fish intestine as a sensitive bioindicator organ of pollution impact in the freshwater ecosystem, was proposed. Histopathological alterations were compared between native brown trout (Salmo trutta Linnaeus, 1758) from the reference (Krka River spring) and pollution impacted location (influence of technological/municipal wastewaters and agricultural runoff near the Town of Knin) of the karst Krka River in Croatia. In brown trout from both locations, severe parasitic infestation with acanthocephalan species Dentitruncus trutae was found, enabling evaluation of acanthocephalan infestation histopathology, which indicated parasite tissue reaction in a form of inflammatory, necrotic and hyperplastic response that extended throughout lamina epithelialis mucosae, lamina propria, and lamina muscularis mucosae. New semi-quantitative histological approach was proposed in order to foresee alterations classified in three reaction patterns: control tissue appearance, moderate (progressive) tissue impairment and severe (regressive and inflammatory) tissue damage. The most frequent progressive alteration was hyperplasia of epithelium on the reference site, whereas the most frequent regressive alterations were atrophy and necrosis seen on the polluted site. Furthermore, histopathological approach was combined with micromorphological and macromorphological assessment as an additional indicator of pollution impact. Among 15 observed intestinal measures, two biomarkers of intestinal tissue damage were indicated as significant, height of supranuclear space (hSN) and number of mucous cells over 100 μm fold distance of intestinal mucosa (nM), which measures were significantly lower in fish from polluted area compared to the reference site. Obtained results indicated that combined histological and morphological approach on fish intestinal tissue might be used as a valuable biological tool for assessing pollution impact on aquatic organisms. Therefore, semi quantitative scoring and multiparametric morphological assessment of intestinal tissue lesion magnitude should become a common approach to handle environmental pollution impact." @default.
• W2808151755 created "2018-06-21" @default.
• W2808151755 creator A5001113806 @default.
• W2808151755 creator A5004180972 @default.
• W2808151755 creator A5012700710 @default.
• W2808151755 creator A5022895689 @default.
• W2808151755 creator A5042651037 @default.
• W2808151755 creator A5050238052 @default.
• W2808151755 creator A5054422828 @default.
• W2808151755 creator A5076589152 @default.
• W2808151755 creator A5091017092 @default.
• W2808151755 date "2018-11-01" @default.
• W2808151755 modified "2023-09-29" @default.
• W2808151755 title "Evaluation of architectural and histopathological biomarkers in the intestine of brown trout (Salmo trutta Linnaeus, 1758) challenged with environmental pollution" @default.
• W2808151755 cites W1555313597 @default.
• W2808151755 cites W1585381525 @default.
• W2808151755 cites W1602331235 @default.
• W2808151755 cites W181849783 @default.
• W2808151755 cites W1890384562 @default.
• W2808151755 cites W1964454597 @default.
• W2808151755 cites W1968498926 @default.
• W2808151755 cites W1968754276 @default.
• W2808151755 cites W1974295115 @default.
• W2808151755 cites W1982835939 @default.
• W2808151755 cites W1994214080 @default.
• W2808151755 cites W2008186849 @default.
• W2808151755 cites W2026811570 @default.
• W2808151755 cites W2028935044 @default.
• W2808151755 cites W2054528468 @default.
• W2808151755 cites W2059667689 @default.
• W2808151755 cites W2060107346 @default.
• W2808151755 cites W2069032529 @default.
• W2808151755 cites W2074084302 @default.
• W2808151755 cites W2089120170 @default.
• W2808151755 cites W2090722783 @default.
• W2808151755 cites W2113781955 @default.
• W2808151755 cites W2115496308 @default.
• W2808151755 cites W2128081452 @default.
• W2808151755 cites W2135025616 @default.
• W2808151755 cites W2149103652 @default.
• W2808151755 cites W2152752261 @default.
• W2808151755 cites W2156679699 @default.
• W2808151755 cites W2241929391 @default.
• W2808151755 cites W2257288484 @default.
• W2808151755 cites W2297463541 @default.
• W2808151755 cites W2321654640 @default.
• W2808151755 cites W2523133426 @default.
• W2808151755 cites W2610173716 @default.
• W2808151755 cites W2616115837 @default.
• W2808151755 cites W2755834670 @default.
• W2808151755 cites W2775134777 @default.
• W2808151755 doi "https://doi.org/10.1016/j.scitotenv.2018.06.045" @default.
• W2808151755 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29909333" @default.
• W2808151755 hasPublicationYear "2018" @default.
• W2808151755 type Work @default.
• W2808151755 sameAs 2808151755 @default.
• W2808151755 citedByCount "21" @default.
• W2808151755 countsByYear W28081517552019 @default.
• W2808151755 countsByYear W28081517552020 @default.
• W2808151755 countsByYear W28081517552022 @default.
• W2808151755 countsByYear W28081517552023 @default.
• W2808151755 crossrefType "journal-article" @default.
• W2808151755 hasAuthorship W2808151755A5001113806 @default.
• W2808151755 hasAuthorship W2808151755A5004180972 @default.
• W2808151755 hasAuthorship W2808151755A5012700710 @default.
• W2808151755 hasAuthorship W2808151755A5022895689 @default.
• W2808151755 hasAuthorship W2808151755A5042651037 @default.
• W2808151755 hasAuthorship W2808151755A5050238052 @default.
• W2808151755 hasAuthorship W2808151755A5054422828 @default.
• W2808151755 hasAuthorship W2808151755A5076589152 @default.
• W2808151755 hasAuthorship W2808151755A5091017092 @default.
• W2808151755 hasConcept C126322002 @default.
• W2808151755 hasConcept C142724271 @default.
• W2808151755 hasConcept C176585087 @default.
• W2808151755 hasConcept C18903297 @default.
• W2808151755 hasConcept C2777310793 @default.
• W2808151755 hasConcept C2777562237 @default.
• W2808151755 hasConcept C2777940460 @default.
• W2808151755 hasConcept C2779363728 @default.
• W2808151755 hasConcept C2909208804 @default.
• W2808151755 hasConcept C2993170677 @default.
• W2808151755 hasConcept C3019368612 @default.
• W2808151755 hasConcept C505870484 @default.
• W2808151755 hasConcept C529295009 @default.
• W2808151755 hasConcept C544855455 @default.
• W2808151755 hasConcept C71924100 @default.
• W2808151755 hasConcept C86803240 @default.
• W2808151755 hasConceptScore W2808151755C126322002 @default.
• W2808151755 hasConceptScore W2808151755C142724271 @default.
• W2808151755 hasConceptScore W2808151755C176585087 @default.
• W2808151755 hasConceptScore W2808151755C18903297 @default.
• W2808151755 hasConceptScore W2808151755C2777310793 @default.
• W2808151755 hasConceptScore W2808151755C2777562237 @default.
• W2808151755 hasConceptScore W2808151755C2777940460 @default.
• W2808151755 hasConceptScore W2808151755C2779363728 @default.
• W2808151755 hasConceptScore W2808151755C2909208804 @default.
• W2808151755 hasConceptScore W2808151755C2993170677 @default.
• W2808151755 hasConceptScore W2808151755C3019368612 @default.

• next