@prefix rdf: . @prefix rdfs: . @prefix bibo: . @prefix cito: . @prefix dc: . @prefix dwc: . @prefix dwcFP: . @prefix fabio: . @prefix trt: . @prefix xlink: . cito:cites , ; dc:creator "Lipke, Elisabeth; Michalik, Peter" ; dc:title "Tinadysderina otonga Platnick, Berniker and Bonaldo 2013" ; trt:augmentsTaxonConcept ; trt:publishedIn ; a trt:Treatment . bibo:endPage "72" ; bibo:issue "396" ; bibo:journal "Bulletin of the American Museum of Natural History" ; bibo:pubDate "2015-09-24" ; bibo:startPage "1" ; bibo:volume "2015" ; dc:creator "Lipke, Elisabeth; Michalik, Peter" ; dc:date "2015" ; dc:title "Evolutionary Morphology Of The Primary Male Reproductive System And Spermatozoa Of Goblin Spiders (Oonopidae; Araneae)" ; fabio:hasPart , ; a fabio:JournalArticle . dwc:authority "Platnick, Berniker and Bonaldo, 2013" ; dwc:authorityName "Platnick, Berniker and Bonaldo" ; dwc:authorityYear "2013" ; dwc:class "Arachnida" ; dwc:family "Oonopidae" ; dwc:genus "Tinadysderina" ; dwc:kingdom "Animalia" ; dwc:order "Araneae" ; dwc:phylum "Arthropoda" ; dwc:rank "species" ; dwc:scientificNameAuthorship "Platnick, Berniker & Bonaldo, 2013" ; dwc:species "otonga" ; rdfs:seeAlso ; trt:hasTaxonName ; a dwcFP:TaxonConcept . dwc:class "Arachnida" ; dwc:family "Oonopidae" ; dwc:genus "Tinadysderina" ; dwc:kingdom "Animalia" ; dwc:order "Araneae" ; dwc:phylum "Arthropoda" ; dwc:rank "species" ; dwc:species "otonga" ; trt:hasParentName ; a dwcFP:TaxonName . dwc:class "Arachnida" ; dwc:family "Oonopidae" ; dwc:genus "Tinadysderina" ; dwc:kingdom "Animalia" ; dwc:order "Araneae" ; dwc:phylum "Arthropoda" ; dwc:rank "genus" ; trt:hasParentName ; a dwcFP:TaxonName . dwc:class "Arachnida" ; dwc:family "Oonopidae" ; dwc:kingdom "Animalia" ; dwc:order "Araneae" ; dwc:phylum "Arthropoda" ; dwc:rank "family" ; trt:hasParentName ; a dwcFP:TaxonName . dwc:class "Arachnida" ; dwc:kingdom "Animalia" ; dwc:order "Araneae" ; dwc:phylum "Arthropoda" ; dwc:rank "order" ; trt:hasParentName ; a dwcFP:TaxonName . dwc:class "Arachnida" ; dwc:kingdom "Animalia" ; dwc:phylum "Arthropoda" ; dwc:rank "class" ; trt:hasParentName ; a dwcFP:TaxonName . dwc:kingdom "Animalia" ; dwc:phylum "Arthropoda" ; dwc:rank "phylum" ; trt:hasParentName ; a dwcFP:TaxonName . dwc:kingdom "Animalia" ; dwc:rank "kingdom" ; a dwcFP:TaxonName . dc:description "Fig. 40. Characteristics of synspermia of Tinadysderina otonga. A: Numerous synspermia are located in the lumen of the deferent ducts, additional secretions are not detectable. B: Sperm conjugates are disclike, thus they resemble a dumbbell in cross sections. C: The subacrosomal space is widened toward the anterior pole of nucleus, resulting in a conical shape of the AV. D: Numerous endosymbionts occur within the nucleus of the sperm. E: The nucleus appears torn in some sperm, which is probably related to the endosymbiont infection and might affect the chromatin condensation (inset). F: The irregularly folded membrane of syncytium is surrounded by a thin secretion sheath." ; fabio:hasRepresentation ; a fabio:Figure . dc:description "Fig. 41. Characteristics of spermiogenesis of Tinadysderina otonga. A: The implantation fossa of early spermatids is already filled with a large amount of mitochondria. B: The subacrosomal space is enlarged toward the anterior pole of nucleus. C: The chromatin appears fibrillar in mid spermatids. D: During further development, the chromatin condenses irregularly as indicated by the manchette of microtubules, which illustrates the actual dimensions of the nucleus. E: Little electron-dense material surrounds the microtubules of the axoneme. F: In addition to mitochondria, small electron-dense secretions are located in the IF. G: At the end of spermiogenesis four spermatids fuse to form synspermia." ; fabio:hasRepresentation ; a fabio:Figure .