Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376223669> ?p ?o ?g. }
- W4376223669 abstract "Fecal microbiota variability and individuality are well studied in humans and also in farm animals (related to diet- or disease-specific influences), but very little is known for exotic zoo-housed animals. This includes a wide range of species that differ greatly in microbiota composition and variation. For example, herbivorous species show a very similar and constant fecal microbiota over time, whereas carnivorous species appear to be highly variable in fecal microbial diversity and composition. Our objective was to determine whether species-specific and individual-specific clustering patterns were observed in the fecal microbiota of wildebeest (Connochaetes taurinus) and tigers (Panthera tigris). We collected 95 fecal samples of 11 animal individuals that were each sampled over eight consecutive days and analyzed those with Illumina MiSeq sequencing of the V3-V4 region of the 16SrRNA gene. In order to identify species or individual clusters, we applied two different agglomerative hierarchical clustering algorithms - a community detection algorithm and Ward's linkage. Our results showed that both, species-specific and individual-specific clustering is possible, but more reliable results were achieved when applying dynamic time warping which finds the optimal alignment between different time series. Furthermore, the bacterial families that distinguish individuals from each other in both species included daily occurring core bacteria (e.g., Acidaminococcaceae in wildebeests or Clostridiaceae in tigers) as well as individual dependent and more fluctuating bacterial families. Our results suggest that while it is necessary to consider multiple consecutive samples per individual, it is then possible to characterize individual abundance patterns in fecal microbiota in both herbivorous and carnivorous species. This would allow establishing individual microbiota profiles of animals housed in zoos, which is a basic prerequisite to quickly detect deviations and use microbiome analysis as a non-invasive and cost-effective tool in animal welfare." @default.
- W4376223669 created "2023-05-13" @default.
- W4376223669 creator A5051292728 @default.
- W4376223669 creator A5062123723 @default.
- W4376223669 creator A5074228289 @default.
- W4376223669 date "2023-05-01" @default.
- W4376223669 modified "2023-09-27" @default.
- W4376223669 title "Time series cluster analysis reveals individual assignment of microbiota in captive tiger (<i>Panthera tigris</i>) and wildebeest (<i>Connochaetes taurinus</i>)" @default.
- W4376223669 cites W1524662923 @default.
- W4376223669 cites W1576405723 @default.
- W4376223669 cites W1971421925 @default.
- W4376223669 cites W1976474336 @default.
- W4376223669 cites W1979378990 @default.
- W4376223669 cites W1987760510 @default.
- W4376223669 cites W1988409429 @default.
- W4376223669 cites W1997884922 @default.
- W4376223669 cites W1998292935 @default.
- W4376223669 cites W2016381774 @default.
- W4376223669 cites W2024668293 @default.
- W4376223669 cites W2034285706 @default.
- W4376223669 cites W2057604623 @default.
- W4376223669 cites W2087292184 @default.
- W4376223669 cites W2089458547 @default.
- W4376223669 cites W2091627137 @default.
- W4376223669 cites W2115480758 @default.
- W4376223669 cites W2124709562 @default.
- W4376223669 cites W2126218947 @default.
- W4376223669 cites W2127048411 @default.
- W4376223669 cites W2127774996 @default.
- W4376223669 cites W2128160875 @default.
- W4376223669 cites W2136793248 @default.
- W4376223669 cites W2137195441 @default.
- W4376223669 cites W2140849098 @default.
- W4376223669 cites W2144568881 @default.
- W4376223669 cites W2151372451 @default.
- W4376223669 cites W2152200355 @default.
- W4376223669 cites W2166171121 @default.
- W4376223669 cites W2171421450 @default.
- W4376223669 cites W2176322454 @default.
- W4376223669 cites W2401404581 @default.
- W4376223669 cites W2409656339 @default.
- W4376223669 cites W2506854111 @default.
- W4376223669 cites W2580024651 @default.
- W4376223669 cites W2594325801 @default.
- W4376223669 cites W2774076798 @default.
- W4376223669 cites W2778026792 @default.
- W4376223669 cites W2794410882 @default.
- W4376223669 cites W2806267178 @default.
- W4376223669 cites W2807194798 @default.
- W4376223669 cites W2809053621 @default.
- W4376223669 cites W2886849504 @default.
- W4376223669 cites W2899147489 @default.
- W4376223669 cites W2913914265 @default.
- W4376223669 cites W2918343024 @default.
- W4376223669 cites W2927901238 @default.
- W4376223669 cites W2942665935 @default.
- W4376223669 cites W2952261006 @default.
- W4376223669 cites W2952710254 @default.
- W4376223669 cites W2963276645 @default.
- W4376223669 cites W2966499532 @default.
- W4376223669 cites W2970422519 @default.
- W4376223669 cites W2990123853 @default.
- W4376223669 cites W2997134027 @default.
- W4376223669 cites W3031385810 @default.
- W4376223669 cites W3037589039 @default.
- W4376223669 cites W3044918235 @default.
- W4376223669 cites W3087277933 @default.
- W4376223669 cites W3099684683 @default.
- W4376223669 cites W3103223195 @default.
- W4376223669 cites W3104267360 @default.
- W4376223669 cites W3122026121 @default.
- W4376223669 cites W3123184174 @default.
- W4376223669 cites W3125841184 @default.
- W4376223669 cites W3163773915 @default.
- W4376223669 cites W3167346936 @default.
- W4376223669 cites W3184432465 @default.
- W4376223669 cites W3196329170 @default.
- W4376223669 cites W3206994004 @default.
- W4376223669 cites W3212053635 @default.
- W4376223669 cites W4220702962 @default.
- W4376223669 cites W4220921887 @default.
- W4376223669 cites W4280489005 @default.
- W4376223669 cites W4281759639 @default.
- W4376223669 cites W4283384607 @default.
- W4376223669 cites W4283395397 @default.
- W4376223669 cites W4293515539 @default.
- W4376223669 cites W4297263789 @default.
- W4376223669 cites W4306930904 @default.
- W4376223669 cites W4307093612 @default.
- W4376223669 cites W4311927162 @default.
- W4376223669 doi "https://doi.org/10.1002/ece3.10066" @default.
- W4376223669 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37168984" @default.
- W4376223669 hasPublicationYear "2023" @default.
- W4376223669 type Work @default.
- W4376223669 citedByCount "0" @default.
- W4376223669 crossrefType "journal-article" @default.
- W4376223669 hasAuthorship W4376223669A5051292728 @default.
- W4376223669 hasAuthorship W4376223669A5062123723 @default.
- W4376223669 hasAuthorship W4376223669A5074228289 @default.
- W4376223669 hasBestOaLocation W43762236691 @default.