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Diseases and Parasites

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Hidden Viral Infection. Viral diseases
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Recorder
Allan Palacio
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Life Cycle

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Males court females during the breeding season. Both male and female guard the eggs which are attached to the surface of aquatic vegetation in a nest area (Ref. 46591). During the entire brooding cycle, bonding of the original pair of parents is maintained complete with defence of each partner against aggression or potential rivals (Ref. 46591).
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Tom Froese
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Diseases and Parasites

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Bacterial Infections (general). Bacterial diseases
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Allan Palacio
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Diseases and Parasites

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Fin-rot Disease (late stage). Bacterial diseases
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Allan Palacio
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Diseases and Parasites

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Ichthyobodo Infection. Parasitic infestations (protozoa, worms, etc.)
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Recorder
Allan Palacio
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Diseases and Parasites

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Turbidity of the Skin (Freshwater fish). Parasitic infestations (protozoa, worms, etc.)
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Allan Palacio
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Diseases and Parasites

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Pseudomonas infection. Bacterial diseases
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Allan Palacio
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Diseases and Parasites

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Pop-eye disease. Bacterial diseases
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Allan Palacio
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Diseases and Parasites

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Skin Fungi (Saprolegnia sp.). Fungal diseases
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Allan Palacio
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Diseases and Parasites

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Hole-in-the-Head Disease. Parasitic infestations (protozoa, worms, etc.)
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Allan Palacio
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Diseases and Parasites

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Unspecified tumors. Neoplasia (tumors of unknown origin)
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Allan Palacio
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Diseases and Parasites

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Dactylogyrus Gill Flukes Disease. Parasitic infestations (protozoa, worms, etc.)
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Allan Palacio
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Diseases and Parasites

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Costia Disease. Parasitic infestations (protozoa, worms, etc.)
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Allan Palacio
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Diseases and Parasites

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Hexamitosis. Parasitic infestations (protozoa, worms, etc.)
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Allan Palacio
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Diseases and Parasites

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Nematode Infestation. Parasitic infestations (protozoa, worms, etc.)
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Allan Palacio
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Diseases and Parasites

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Pasteurellosis. Bacterial diseases
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Recorder
Allan Palacio
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Diseases and Parasites

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Fin Rot (early stage). Bacterial diseases
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Recorder
Allan Palacio
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Diseases and Parasites

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Capillaria Infestation 4. Parasitic infestations (protozoa, worms, etc.)
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Allan Palacio
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Diseases and Parasites

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Columnaris Disease (Ornament.). Bacterial diseases
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Recorder
Allan Palacio
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Diseases and Parasites

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Blockage Disease. Others
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Allan Palacio
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Diseases and Parasites

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Congenital Deformities. Others
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Allan Palacio
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Diseases and Parasites

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Discus/Angelfish Disease. Others
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Recorder
Allan Palacio
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Diseases and Parasites

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Fish tuberculosis (FishMB). Bacterial diseases
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Recorder
Allan Palacio
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Diseases and Parasites

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Fungal Infection (general). Fungal diseases
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Allan Palacio
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Diagnostic Description

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Body compressed and disc-shaped; dorsal and anal spiny rays increasing in length from anterior to posterior part of the fin; first branched rays also very long; body height at anal fin level 1.07 to 1.29 times in SL; body color silvery with dark vertical bars (7 in juveniles, 4 in adults) (Ref. 35237).
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Philippe Béarez
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Biology

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Inhabit swamps or flooded grounds where the aquatic and riverine vegetation are dense and the water is either clear or silty. Its color is deeper in clear water (Ref. 35237). One of the most popular of all the tropical aquarium fish. Maximum length 15 cm TL (Ref. 7020). Aquarium keeping: in groups of 5 or more individuals; keep pairs in small tanks for breeding; minimum aquarium size 100 cm (Ref. 51539).
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Susan M. Luna
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Importance

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aquarium: highly commercial
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Susan M. Luna
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Pterophyllum scalare

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Pterophyllum scalare, most commonly referred to as angelfish or freshwater angelfish, is the most common species of Pterophyllum kept in captivity. It is native to the Amazon Basin in Peru, Colombia, and Brazil. Particularly to the Ucayali river in Peru, the Oyapock River in French Guiana, the Essequibo River in Guyana, the Solimões, the Amapá, and the Amazon rivers in Brazil. It is found in swamps or flooded grounds where vegetation is dense and the water is either clear or silty. Its native waters range from a neutral pH of 7.0 down to near 6.0, with a general water hardness (gH) range of 3 to 10 °dH, and water temperature ranging from 26 to 30 °C (75 to 86 °F).[1] This is the species of angelfish most frequently found in the aquarium trade. A similar (cross-breeding possible) P. scalare exists in the Rio Orinoco. They are of the same size and shape, the only difference being the stripes; the Orinoco P. scalare has thinner, but dual, stripes.

The diet of Pterophyllum scalare consists of a wide spectrum of prey; they feed on tiny fish fry and younger, juvenile fishes, young and mature shrimps, crabs, prawns, various worms, mosquito larvae, and water bugs. Additionally, they will opportunistically catch any smaller-sized floating insects that have fallen onto the surface of the water.[2]

In captivity, these are not picky fish; They readily feed on different types of frozen, freeze-dried and live foods, such as tubifex worms, bean beetles (and larvae), bloodworms, brine shrimp, daphnia, flour beetles, krill, springtails, small or finely-chopped earthworms, black soldier fly larvae and cultured wingless fruit flies (Drosophila melanogaster). In particular, the tubifex worms and fruit flies are high in protein and nutrients, resulting in highly significant growth. A predominantly live food diet also provides nutrients for better reproductive performance. Ultimately, food variety is key, for health, but also for mimicking natural feeding habits.[2]

First described by Hinrich Lichtenstein in 1823, First import to Europe (Germany) by C.Ziggelkow, Hamburg in 1909[3]

The genome of the angelfish was sequenced and assembled by Indeever Madireddy, a high school student. [4][5][6]

References

  1. ^ Froese, Rainer; Pauly, Daniel (eds.) (2013). "Pterophyllum scalare" in FishBase. April 2013 version.
  2. ^ a b Shelar, G.S. (February 2014). "Effect of Replacement of Live Food by Formulated Feed on Reproductive Performance of Freshwater Angelfish, Pterophyllum scalare". The Israeli Journal of Aquaculture: 1–8 – via Research Gate.
  3. ^ Rüdiger Riehl, Hans A. Baensch "Akvariets lexikon" (German book translated into Swedish) Swedish ISBN 3-88244-048-1, third edition 1997, pages (765),766–767
  4. ^ Le Page, Michael (October 21, 2023). "High school student is first to sequence the angelfish genome". New Scientist. Retrieved January 13, 2023.
  5. ^ "The High Schooler who Sequenced the Angelfish". 23andMe Blog. 2022-11-09. Retrieved January 13, 2023.
  6. ^ Wilcox, Christie (October 27, 2022). "Genome Spotlight: Freshwater Angelfish (Pterophyllum scalare)". The Scientist. Online: The Scientist. Retrieved January 13, 2023.

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Pterophyllum scalare: Brief Summary

provided by wikipedia EN

Pterophyllum scalare, most commonly referred to as angelfish or freshwater angelfish, is the most common species of Pterophyllum kept in captivity. It is native to the Amazon Basin in Peru, Colombia, and Brazil. Particularly to the Ucayali river in Peru, the Oyapock River in French Guiana, the Essequibo River in Guyana, the Solimões, the Amapá, and the Amazon rivers in Brazil. It is found in swamps or flooded grounds where vegetation is dense and the water is either clear or silty. Its native waters range from a neutral pH of 7.0 down to near 6.0, with a general water hardness (gH) range of 3 to 10 °dH, and water temperature ranging from 26 to 30 °C (75 to 86 °F). This is the species of angelfish most frequently found in the aquarium trade. A similar (cross-breeding possible) P. scalare exists in the Rio Orinoco. They are of the same size and shape, the only difference being the stripes; the Orinoco P. scalare has thinner, but dual, stripes.

The diet of Pterophyllum scalare consists of a wide spectrum of prey; they feed on tiny fish fry and younger, juvenile fishes, young and mature shrimps, crabs, prawns, various worms, mosquito larvae, and water bugs. Additionally, they will opportunistically catch any smaller-sized floating insects that have fallen onto the surface of the water.

In captivity, these are not picky fish; They readily feed on different types of frozen, freeze-dried and live foods, such as tubifex worms, bean beetles (and larvae), bloodworms, brine shrimp, daphnia, flour beetles, krill, springtails, small or finely-chopped earthworms, black soldier fly larvae and cultured wingless fruit flies (Drosophila melanogaster). In particular, the tubifex worms and fruit flies are high in protein and nutrients, resulting in highly significant growth. A predominantly live food diet also provides nutrients for better reproductive performance. Ultimately, food variety is key, for health, but also for mimicking natural feeding habits.

First described by Hinrich Lichtenstein in 1823, First import to Europe (Germany) by C.Ziggelkow, Hamburg in 1909

The genome of the angelfish was sequenced and assembled by Indeever Madireddy, a high school student.

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