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Skip to Search Results- 60University of Alberta, Department of Biological Sciences
- 18Sally Leys
- 9Pamela Windsor-Reid
- 5April Hill
- 4April L Hill
- 4Leys, Sally P.
- 98Biological Sciences, Department of
- 60Biological Sciences, Department of/BioSci OER
- 30Biological Sciences, Department of/Research Data and Materials (Biological Sciences)
- 12Graduate and Postdoctoral Studies (GPS), Faculty of
- 12Graduate and Postdoctoral Studies (GPS), Faculty of/Theses and Dissertations
- 5Biological Sciences, Department of/Other Publications (Biological Sciences)
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Nexus file of All Wnt genes
2017/211/29
Sally Leys, Pamela Windsor-Reid
ABSTRACT Background: The Wnt signaling pathway is uniquely metazoan and used in many processes during development, including the formation of polarity and body axes. In sponges, one of the earliest diverging animal groups, Wnt pathway genes have diverse expression patterns in different groups...
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Phylogenetic analyses and fasta files of Porifera Wnts
2017-11-30
Sally Leys, Pamela Windsor-Reid
Supporting gene tree and fasta files associated with the journal article: "Wnt signaling and polarity in freshwater sponges", BMC Evolutionary Biology 2017. Authors: Pamela J. Windsor Reid, Eugueni Matveev, Alexandra McClymont, Dora Posfai, April L. Hill, and Sally P. Leys. Abstract: Background:...
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Phylogenetic Tree for Porifera Wnts using RAxML
2017-11-29
Sally Leys, Pamela Windsor-Reid
ABSTRACT Background: The Wnt signaling pathway is uniquely metazoan and used in many processes during development, including the formation of polarity and body axes. In sponges, one of the earliest diverging animal groups, Wnt pathway genes have diverse expression patterns in different groups...
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Phylogenetic tree of All Wnt genes in PhyML
2017/211/29
Sally Leys, Pamela Windsor-Reid
ABSTRACT Background: The Wnt signaling pathway is uniquely metazoan and used in many processes during development, including the formation of polarity and body axes. In sponges, one of the earliest diverging animal groups, Wnt pathway genes have diverse expression patterns in different groups...
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Phylogentic Tree for Porifera Wnts using IQTREE
2017-11-29
Sally Leys, Pamela Windsor-Reid
ABSTRACT Background: The Wnt signaling pathway is uniquely metazoan and used in many processes during development, including the formation of polarity and body axes. In sponges, one of the earliest diverging animal groups, Wnt pathway genes have diverse expression patterns in different groups...
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Phylogentic Tree for Porifera Wnts using PhyML
2017-11-29
Sally Leys, Pamela Windsor-Reid
ABSTRACT Background: The Wnt signaling pathway is uniquely metazoan and used in many processes during development, including the formation of polarity and body axes. In sponges, one of the earliest diverging animal groups, Wnt pathway genes have diverse expression patterns in different groups...
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Fall 2010
Epithelia form protective barriers and regulate molecule transport between the mesenchyme and environment. Amongst all metazoans, only sponges are said to lack 'true' epithelia however the physiology of sponge cell layers are rarely studied empirically. Aggregates and gemmules of a freshwater...
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2018
University of Alberta, Department of Biological Sciences
This is an image of an Anemone, Metridium dissection showing mouth and tentacles. This dissection is completed in Survey of invertebrates, Zoology 250. This image was created as part of the University of Alberta OER image database project in Biological Sciences. Identifer 1003I.
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2018
University of Alberta, Department of Biological Sciences
This is an image of an Anemone, Metridium dissection showing Siphonoglyph, Gonads, Septa, Pharynx. This dissection is completed in Survey of invertebrates, Zoology 250. This image was created as part of the University of Alberta OER image database project in Biological Sciences. Identifer 1003I.
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2018
University of Alberta, Department of Biological Sciences
This is an image of an Anemone, Metridium dissection showing Siphonoglyph, Gonads, Septa, Pharynx. This dissection is completed in Survey of invertebrates, Zoology 250. This image was created as part of the University of Alberta OER image database project in Biological Sciences. Identifer 1003I.