FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1976618275> ?p ?o ?g. }

• W1976618275 endingPage "459" @default.
• W1976618275 startingPage "449" @default.
• W1976618275 abstract "Although several aspects of the digestive physiology of the hippopotamidae-non-ruminating foregut fermenters-have been described, ingesta kinetics and passage characteristics of these species are not well understood. The most outstanding feature of the hippo digestive physiology reported so far is the very long mean ingesta retention times (MRTs) measured by Foose [Foose, T., 1982. Trophic strategies of ruminant versus nonruminant ungulates. PhD dissertation, University of Chicago, Chicago.]. Since those data had been investigated with animals without water access, we intended to measure MRT in hippos which were allowed to enter water pools during the night. MRT parameters as well as dry matter (DM) digestibility were determined in four common (Hippopotamus amphibius) and four pygmy hippos (Hexaprotodon liberiensis) on two different diets each using cobalt ethylendiamintetraacetate (Co-EDTA) as a fluid, chromium (Cr)-mordanted fibre (<2 mm) as a particle and acid detergent lignin (ADL) as an internal digestibility marker. Four of the animals additionally received cerium (Ce)-mordanted fibres (2-10 mm) as particle markers. Total MRTs for fluids and particles ranged between 20-35 and 48-106 h in the common and between 13-39 and 32-107 h in the pygmy hippos. The difference between fluid and particle retention was greater than usually reported in ruminants. Excretion patterns of the markers differed from those usually observed in ruminants but resembled those reported for macropods (kangaroos), indicating a plug-flow reactor-like physiology in the hippo forestomach (FRST). This finding complements other described similarities between the macropod and the hippo forestomach. The measurements of larger particle retention profiles suggest that in the hippo, larger particles might be excreted either faster or at the same rate as smaller particles, indicating a general difference between ruminants and hippos with respect to differential particle retention. The digestive physiology of hippos is characterised by a generally low food intake, long ingesta retention times and dry matter digestibilities lower than reported in ruminants. Moderate digestibilities in spite of long retention times might be the result of the generally high average ingesta particle size in hippos. The comparatively easy management of pygmy hippos, together with the significant correlations between food intake, MRT and digestibility in the pygmy hippos of this study, recommends this species for further studies on the interplay of these parameters in herbivore digestive physiology." @default.
• W1976618275 created "2016-06-24" @default.
• W1976618275 creator A5003039767 @default.
• W1976618275 creator A5016293718 @default.
• W1976618275 creator A5039551608 @default.
• W1976618275 creator A5043060802 @default.
• W1976618275 creator A5075051313 @default.
• W1976618275 creator A5082995237 @default.
• W1976618275 creator A5085771601 @default.
• W1976618275 creator A5088737339 @default.
• W1976618275 creator A5091537012 @default.
• W1976618275 date "2004-12-01" @default.
• W1976618275 modified "2023-10-16" @default.
• W1976618275 title "Intake, ingesta retention, particle size distribution and digestibility in the hippopotamidae" @default.
• W1976618275 cites W118608757 @default.
• W1976618275 cites W119570118 @default.
• W1976618275 cites W1509788501 @default.
• W1976618275 cites W1884013196 @default.
• W1976618275 cites W1982179965 @default.
• W1976618275 cites W1986286236 @default.
• W1976618275 cites W2001668262 @default.
• W1976618275 cites W2009018182 @default.
• W1976618275 cites W2012731011 @default.
• W1976618275 cites W2016885355 @default.
• W1976618275 cites W2022496463 @default.
• W1976618275 cites W2025365635 @default.
• W1976618275 cites W2030300538 @default.
• W1976618275 cites W2032647153 @default.
• W1976618275 cites W2040724161 @default.
• W1976618275 cites W2053411711 @default.
• W1976618275 cites W2055948006 @default.
• W1976618275 cites W2061719117 @default.
• W1976618275 cites W2067934685 @default.
• W1976618275 cites W2069178728 @default.
• W1976618275 cites W2071220725 @default.
• W1976618275 cites W2074434373 @default.
• W1976618275 cites W2074898984 @default.
• W1976618275 cites W2075599759 @default.
• W1976618275 cites W2075601772 @default.
• W1976618275 cites W2077579592 @default.
• W1976618275 cites W2095706902 @default.
• W1976618275 cites W2099191983 @default.
• W1976618275 cites W2100814461 @default.
• W1976618275 cites W2115797987 @default.
• W1976618275 cites W2128191273 @default.
• W1976618275 cites W2128963904 @default.
• W1976618275 cites W2132292788 @default.
• W1976618275 cites W2153592625 @default.
• W1976618275 cites W2157709690 @default.
• W1976618275 cites W2166421314 @default.
• W1976618275 cites W2258775298 @default.
• W1976618275 cites W2315336637 @default.
• W1976618275 cites W2412535683 @default.
• W1976618275 doi "https://doi.org/10.1016/j.cbpb.2004.10.002" @default.
• W1976618275 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/15596390" @default.
• W1976618275 hasPublicationYear "2004" @default.
• W1976618275 type Work @default.
• W1976618275 sameAs 1976618275 @default.
• W1976618275 citedByCount "46" @default.
• W1976618275 countsByYear W19766182752012 @default.
• W1976618275 countsByYear W19766182752013 @default.
• W1976618275 countsByYear W19766182752014 @default.
• W1976618275 countsByYear W19766182752015 @default.
• W1976618275 countsByYear W19766182752016 @default.
• W1976618275 countsByYear W19766182752019 @default.
• W1976618275 countsByYear W19766182752020 @default.
• W1976618275 countsByYear W19766182752021 @default.
• W1976618275 countsByYear W19766182752022 @default.
• W1976618275 crossrefType "journal-article" @default.
• W1976618275 hasAuthorship W1976618275A5003039767 @default.
• W1976618275 hasAuthorship W1976618275A5016293718 @default.
• W1976618275 hasAuthorship W1976618275A5039551608 @default.
• W1976618275 hasAuthorship W1976618275A5043060802 @default.
• W1976618275 hasAuthorship W1976618275A5075051313 @default.
• W1976618275 hasAuthorship W1976618275A5082995237 @default.
• W1976618275 hasAuthorship W1976618275A5085771601 @default.
• W1976618275 hasAuthorship W1976618275A5088737339 @default.
• W1976618275 hasAuthorship W1976618275A5091537012 @default.
• W1976618275 hasConcept C140793950 @default.
• W1976618275 hasConcept C185592680 @default.
• W1976618275 hasConcept C18903297 @default.
• W1976618275 hasConcept C2778053677 @default.
• W1976618275 hasConcept C2781003712 @default.
• W1976618275 hasConcept C86803240 @default.
• W1976618275 hasConcept C90856448 @default.
• W1976618275 hasConceptScore W1976618275C140793950 @default.
• W1976618275 hasConceptScore W1976618275C185592680 @default.
• W1976618275 hasConceptScore W1976618275C18903297 @default.
• W1976618275 hasConceptScore W1976618275C2778053677 @default.
• W1976618275 hasConceptScore W1976618275C2781003712 @default.
• W1976618275 hasConceptScore W1976618275C86803240 @default.
• W1976618275 hasConceptScore W1976618275C90856448 @default.
• W1976618275 hasIssue "4" @default.
• W1976618275 hasLocation W19766182751 @default.
• W1976618275 hasLocation W19766182752 @default.
• W1976618275 hasOpenAccess W1976618275 @default.
• W1976618275 hasPrimaryLocation W19766182751 @default.
• W1976618275 hasRelatedWork W1973067122 @default.

• next