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9 results for “Ephydatia”
Fig. 21. Ephydatia fossilis Traxler, 1894 in Fossil freshwater sponges: Taxonomy, geographic distribution, and critical review
Fig. 21. Ephydatia fossilis Traxler, 1894, Spongillida: Spongillidae. A. Drawings of oxeas (megascleres) and birotules (gemmuloscleres). Originally not to scale; from the text it may be inferred that the birotules are between 41 and 67 μm long, and oxeas are 160 to 350 μm long; material from the Bory site A1) and from the Dubrovica site (A2). B. Birotules with spiny shaft (gemmuloscleres); from Chambon, Central France. Birotules are 65–69 μm long. Modified from: A, Traxler (1894); B, Firtion (1944).
Fig. 15. Ephydatia kaiseri Rauff, 1926 in Fossil freshwater sponges: Taxonomy, geographic distribution, and critical review
Fig. 15. Ephydatia kaiseri Rauff, 1926, Spongillida: Spongillidae; (pre) middle Eocene freshwater chert, Pomona diamond field, Namib Desert, Namibia. A. Grouped gemmuloscleres; originally enlarged 660×, the text states that particular birotules are 44–65 μm long. B. Megascleres; originally enlarged 175, the text states that spicules are 350 μm long. C. Birotule (gemmulosclere), originally enlarged 660×, the text states that spicule can be 44–65 μm long. D. Gemmule of a Recent species of Ephydatia (cross section). A, B, photographs; C, D, schematic drawings. Modified from Rauff (1926).
Fig. 3 in Mitochondrial genomes of the genus Ephydatia Lamouroux, 1816: can palindromic elements be used in species-level studies?
Fig. 3 Secondary structures and corresponding alignments of palindromic repetitive elements in Ephydatia fluviatilis divided into four distinct families (H7, H8, H9s and H11). The numbers in the alignment
Fig. 2 a in Mitochondrial genomes of the genus Ephydatia Lamouroux, 1816: can palindromic elements be used in species-level studies?
Fig. 2 a Alignment of nad2 (NADH dehydrogenase subunit 2) gene from Ephydatia fluviatilis (EF), Eunapius subterraneus (ES), Ephydatia muelleri (EM), Lubomirskia baicalensis (LB), Baikalospongia intermedia profundalis (BIP), Rezinkovia echinata (RE) and Swartschewskia papyracea (SP), respectively; parts containing palindromic
Molecular and spatial integration of algal endosymbionts of the freshwater sponge, Ephydatia muelleri, throughout development in light and dark conditions
GEO Series GSE302403. Ephydatia muelleri. 12 samples. Type: Expression profiling by high throughput sequencing.
Ephydatia muelleri methylome
GEO Series GSE139500. Ephydatia muelleri. 1 samples. Type: Methylation profiling by high throughput sequencing.
Fig. 5 in Mitochondrial genomes of the genus Ephydatia Lamouroux, 1816: can palindromic elements be used in species-level studies?
Fig. 5 Phylogenetic relationships among freshwater sponges based on concatenated protein sequences of mitochondrial genes. Maximum likelihood tree obtained under the JTT+G+F model is shown. An
Fig. 4 in Mitochondrial genomes of the genus Ephydatia Lamouroux, 1816: can palindromic elements be used in species-level studies?
Fig. 4 The distribution of repetitive hairpin-forming elements in intergenic regions of mitochondrial genomes of Ephydatia fluviatilis (dark gray) and Ephydatia muelleri (white), (modified according to Lavrov 2010)
Fig. 1 in Mitochondrial genomes of the genus Ephydatia Lamouroux, 1816: can palindromic elements be used in species-level studies?
Fig. 1 Genetic map of Ephydatia fluviatilis mtDNA. Protein coding genes are in white, rRNA genes are in grey and tRNA genes are in black and are labelled by the one-letter code for their corresponding amino acid. The largest non-coding regions are indicated by circles with corresponding lengths. Sigmoidal curve indicates the lack of sequence data from the region
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OpenNeuro
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