The aglomerular kidney of the deep-sea gulper eel Saccopharynx ampullaceus (Saccopharyngiformes: Saccopharyngidae)
@article{Ozaka2011TheAK, title={The aglomerular kidney of the deep-sea gulper eel Saccopharynx ampullaceus (Saccopharyngiformes: Saccopharyngidae)}, author={Chieko Ozaka and Naoyuki Yamamoto and J{\o}rgen G. Nielsen and Hiroaki Somiya}, journal={Ichthyological Research}, year={2011}, volume={58}, pages={297-301} }
We report the presence of an aglomerular kidney in the pelagic deep-sea fish Saccopharynxampullaceus (Saccopharyngiformes: Saccopharyngidae). The thin kidney is unpaired and ribbon-like rostrally, while it is thicker caudally with a rod-like shape. Light microscopic observation of serial sections revealed no glomeruli at all. The kidney is composed of renal tubules, sinusoids and capillaries of the renal portal system and extensive interstitial lymphoid tissues. Each renal tubule is surrounded…
One Citation
Gross, histological and ultrastructural morphology of the aglomerular kidney in the lined seahorse Hippocampus erectus.
- Biology, MedicineJournal of fish biology
- 2015
Histologic evaluation of the renal system in the lined seahorse Hippocampus erectus reveals a cranial kidney with low to moderate cellularity, composed of a central dorsal aorta, endothelial lined…
References
SHOWING 1-10 OF 17 REFERENCES
The Aglomerular Kidney of the Deep-sea Fish, Ateleopus japonicus (Ateleopodiformes: Ateleopodidae): Evidence of Wider Occurrence of the Aglomerular Condition in Teleostei
- Environmental Science, BiologyCopeia
- 2009
The presence of an aglomerular kidney in the benthopelagic deep-sea fish Ateleopus japonicus (Ateleopodidae: Jellynose fish), which consists of a pair of strap-like bands located in the typical retroperitoneal position, is reported.
Cranial morphology of Ateleopus japonicus (Ateleopodidae: Ateleopodiformes), with a discussion on metamorphic mouth migration and lampridiform affinities
- MedicineIchthyological Research
- 2006
The cranial osteology and myology in the ateleopodiform Ateleopus japonicus were studied and the deep insertion of the rostral cartilage into an open space in the ethmoid region is suggested as a synapomorphy of the order and Lampridiformes.
Adaptations in mesopelagic fishes
- Environmental Science
- 1989
Mesopelagic fishes were collected from depths of 400 to 900 m off Oregon (USA) in September 1983, October 1985 and June 1989. Species of mesopelagic fish without diel vertical migrations…
The buoyancy of bathypelagic fishes without a gas-filled swimbladder
- Environmental ScienceJournal of the Marine Biological Association of the United Kingdom
- 1958
The upper reaches of the deep ocean contain many bathypelagic fishes with a capacious, gas-filled swimbladder. But living within and below this region are also numerous species in which this…
Fishes of the world.
- Biology
- 1978
Subphylum Craniata to Superclass Myxinomorphi to Osteostracomorphi, Superclass Gnathostomata, and Subdivision Elopomorpha, with Superorder Protacanthopterygii, are introduced.
The Biology of the deep ocean
- Environmental Science
- 2002
A Wonderful Variety of Life: Biodiversity of the Deep-Sea Fauna Appendix: The Marine Phyla highlights the diversity of the deep- sea fauna as well as investigating its role in human evolution.
Structure and functional development of the eel leptocephalus Ariosoma balearicum (De La Roche, 1809)
- Environmental Science
- 1978
The leptocephalus of the bandtooth conger Ariosoma balearicum demonstrates many features of structural and functional immaturity and, until transformed by metamorphosis, appears to be an obligatory inhabitant of the open ocean.