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50 results for “caudal fin”
FIGURE 3 in A new species of Schindler's fish (Teleostei: Gobiidae: Schindleria) from the Malay Archipelago (Southeast Asia), with notes on the caudal fin complex of Schindleria
FIGURE 3. Schindleria macrodentata sp. nov. Paratype, ZMUC 77617, female, SL 18.7 mm; Philippines, Sulu Sea, 11°43′N, 121°43′E; 27 June 1929. Scale bar = 2 mm.
FIGURE 6 in A new species of Schindler's fish (Teleostei: Gobiidae: Schindleria) from the Malay Archipelago (Southeast Asia), with notes on the caudal fin complex of Schindleria
FIGURE 6. Schindleria macrodentata sp. nov. Holotype. Caudal fin complex in lateral view. Dorsal and ventral muscle/ tendon strains (white stars) extending rearwards onto the triangular hypural plate (black arrow). White arrows point to the elongated posterior-most procurrent rays with an additional spine at their bases. Note segmentation and branching (a postlarval character) of the caudal fin rays (lepidotrichia). Insert: schema of the caudal peduncle region of a tuna. Muscle (white arrow) and tendon (gray arrow) strains insert on the hypural plate (black arrow) (after Westneat and Wainwright 2001, Fig. 10B). Scale bar = 0.5 mm.
Figure 11. Fouldenia tails and caudal fins I in Styracopterid (Actinopterygii) ontogeny and the multiple origins of post-Hangenberg deep-bodied fishes
Figure 11. Fouldenia tails and caudal fins I. Photographs and interpretative drawings for specimens of 4–7 cm in total length. Unlabelled scale bars equal 1 cm. A, NMS 1980.40.30; B, NHM P13187; C, NMS 1965.4.2; D, GSE 2187; E, NMS 1980.40.27; F, NMS 1965.4.3.
Figure 2 in A true caudal fin or not? New insights in the evolution of the gadiform caudal fin
Figure 2. Caudal fin in Lota lota, adult and early development from cleared and stained specimens. A, schematized drawing of adult condition, light grey:bones, grey:fin rays, dark grey:cartilage; B, 6.5 mm total length (TL); C, 7.2 mm TL; D, 10.2 mm TL; E, 11.4 mm TL; F, 14.2 mm TL; G, 15.3 mm TL. Abbreviations: asterisk, neural arch-like outgrowth; ff, larval fin fold; ha, haemal arch; hs, haemal spine; lt, lepidotrichia; na, neural arch; nc, notochord; ns, neural spine; t, terminal centrum; x, terminal dorsal element; y, terminal ventral element; * indicates haemal and neural spines associated with terminal centrum 3. There are two sets of asterisks used in this figure - is this referring to the asterisk in (A), or to those associated with the leưers na*/ns*/ha*.
Figure 3 in A true caudal fin or not? New insights in the evolution of the gadiform caudal fin
Figure 3. Caudal fin development and variability in Lota lota, cleared and stained specimens. A, 20.3 mm total length (TL); B, 20.8 mm TL; C; 21.0 mm TL; D, 22.1 mm TL; E, 30.8 mm TL; F, 83.5 mm TL. Abbreviations: ha, haemal arch; hs, haemal spine; na, neural arch; nc, notochord; ns, neural spine; t, terminal centrum; x, terminal dorsal element; y, terminal ventral element; * indicates haemal and neural spines associated with terminal centrum 3.
Figure 4 in A true caudal fin or not? New insights in the evolution of the gadiform caudal fin
Figure 4. Caudal fins of Gadiformes, cleared and stained specimens. A, Trisopterus esmarkii, Gadidae, DMM IE/12185, 111.0 mm standard length (SL); B, Phycis blennoides, Phycidae, DMM IE/12177, 99.0 mm SL; C, Merluccius merluccius, Merlucciidae, DMM IE/13270, 110.3 mm SL; D, Bregmaceros species, Bregmacerotidae, 71.2 mm SL; E, Gadella jordani, Moridae, DMM IE/15882, 143 mm SL; F, Mora moro, Moridae, DMM IE/12187, 99.6 mm SL. Abbreviations: ha, haemal arch; hs, haemal spine; na, neural arch; ns, neural spine; t, terminal centrum; x, terminal dorsal element; y, terminal ventral element; * indicates haemal and neural spines associated with terminal centrum 3; arrow indicates dorso-caudal prolongation of terminal centrum 1.
Figure 1 in A true caudal fin or not? New insights in the evolution of the gadiform caudal fin
Figure 1. Neutral nomenclature for skeletal elements of the caudal fin in Gadiformes used in this study; here on a schematized Phycis blennoides. Dorsal terminal elements are coloured in orange, ventral terminal elements in green, and other elements of the vertebral column in grey. Abbreviations: ha, haemal arch; hs, haemal spine; na, neural arch; ns, neural spine; t, terminal centrum; x, terminal dorsal element; y, terminal ventral element; *indicates haemal and neural spines associated with terminal centrum 3.
Figure 5 in A true caudal fin or not? New insights in the evolution of the gadiform caudal fin
Figure 5. Caudal fins of Gadiformes, cleared and stained specimens. A, Coryphaenoides rupestris, Macrouridae, DMM IE/16887, 449 mm TL; B, Muraenolepis microps, Muraenolepididae, ZMH 115205, 145 mm total length (TL); C–E, Trachyrincus scabrus, Trachyrincidae, DMM IE/15809, 140 mm TL (C), 148 mm TL (D), 170 mm TL (E). Abbreviations: ha, haemal arch; hs, haemal spine; na, neural arch; ns, neural spine; pt, pterygiophore; t, terminal centrum; x, terminal dorsal element; y, terminal ventral element; * indicates haemal and neural spines associated with terminal centrum 3.
Figure 1. – Labeo parvus caudal fin structures. A in Postembryonic development of appendicular and axial skeletons in Labeo parvus (Cyprinidae)
Figure 1. – Labeo parvus caudal fin structures. A: 14-day-old fry coloured with Alcian blue; B: 19-day-old fry coloured with Alizarin Red S. CP = preural centrum; EP = epural; H = hypural; HS = haemal spine; LEP = lepidotrichia; NO = notochord; NS = neural spine; PH = parhypural; URO = uroneural. Scale bars = 1 mm.
Reviewing morphological characters in light of new molecular phylogenies – the caudal fin skeleton of Ovalentarian taxa
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Single-cell RNA sequencing of the cut and uncut caudal fin of zebrafish larvae
GEO Series GSE158851. Danio rerio. 2 samples. Type: Expression profiling by high throughput sequencing.
Small RNA and mRNA expression profiling during zebrafish caudal fin regeneration
GEO Series GSE74415. Danio rerio. 12 samples. Type: Expression profiling by high throughput sequencing; Non-coding RNA profiling by high throughput sequencing.
Cellular diversity of the regenerating caudal fin
GEO Series GSE137971. Danio rerio. 8 samples. Type: Expression profiling by high throughput sequencing.
Transcriptomic, Proteomic, and Metabolomic Landscape of Positional Memory in the Caudal Fin of Zebrafish
GEO Series GSE92760. Danio rerio. 15 samples. Type: Expression profiling by high throughput sequencing.
Metabolic reprogramming regulates histone lactylation during zebrafish caudal fin regeneration
GEO Series GSE311919. Danio rerio. 6 samples. Type: Expression profiling by high throughput sequencing.
Zebrafish caudal fin amputation induces a metabolic switch necessary for cell identity transitions and cell cycle re-entry to support blastema formation and bone regeneration
GEO Series GSE194385. Danio rerio. 5 samples. Type: Expression profiling by array.
Forskolin induced pluripotency of caudal fin fibroblasts of Topmouth culter.
GEO Series GSE289325. Culter alburnus. 6 samples. Type: Expression profiling by high throughput sequencing.
Research on Molecular Mechanism of Zebrafish Caudal Fin Regeneration Based on Whole Transcriptome Technology
GEO Series GSE160909. Danio rerio. 9 samples. Type: Expression profiling by high throughput sequencing; Non-coding RNA profiling by high throughput sequencing.
Common and Specific Gene Regulatory Programs in Zebrafish Caudal Fin Regeneration at Single-Cell Resolution
GEO Series GSE261907. Danio rerio. 20 samples. Type: Genome binding/occupancy profiling by high throughput sequencing; Expression profiling by high throughput sequencing.
RNA-seq data from adult zebrafish caudal fin regeneration
GEO Series GSE112498. Danio rerio. 12 samples. Type: Expression profiling by high throughput sequencing.
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Allen Brain Atlas
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International Brain Laboratory public data
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