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#Cyclostomata
jt8fgdbwtf · 1 year
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oh-lilly-dear · 2 years
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∞ ₒ ˚ ° Peixes ° ˚ ₒ ∞
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São considerados os maiores representantes dos vertebrados.
São animais ectotérmicos, ou seja, são incapazes de manter a temperatura do seu corpo constante utilizando mecanismos fisiológicos, portanto sua temperatura varia de acordo com a do ambiente.
A grande maioria dos peixes possui corpo recoberto por escamas, sendo que elas diferenciam-se em cada grupo. Nos peixes ósseos, as escamas possuem origem dérmica, enquanto, nos cartilaginosos, possuem origem dermo epidérmica. Já os agnatos são animais sem escamas. Além das escamas, encontramos nos peixes uma grande quantidade de muco ao redor do corpo, que atua reduzindo o atrito com a água.
Os peixes possuem um corpo com formato hidrodinâmico, que auxilia a movimentação na água. Normalmente os peixes apresentam o corpo fusiforme, ou seja, alongado e com as extremidades afiladas, o que possibilita melhor natação. Peixes com formato fusiforme podem conseguir alta velocidade de natação.
A circulação sanguínea é simples e completa. O coração desses animais apresenta apenas duas cavidades, onde passa unicamente sangue venoso (rico em gás carbônico). A circulação nos peixes é simples, uma vez que o sangue passa pelo coração apenas uma vez, em cada circuito completo, pelo corpo do animal. O sangue entra no coração pelo átrio, segue para o ventrículo e é bombeado em direção às brânquias, nas quais é oxigenado. Esse sangue é então levado para o corpo do animal.
Apresentam um sistema excretor formado por rins mesonefros.
Ovíparos: os animais ovíparos são aqueles cujo embrião se desenvolve dentro de um ovo em ambiente externo sem ligação com o corpo da mãe.
Vivíparos: designam-se como vivíparos os animais cujo embrião se desenvolve dentro do corpo da mãe, numa placenta que lhe fornece nutrientes necessários ao seu desenvolvimento e retira os produtos de excreção.
Classificação:
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Agnatos - peixes sem mandíbulas
Classe Cyclostomata: Ciclóstomos / Agnatos
Caracterizam-se por não possuírem mandíbula e apresentarem uma boca circular. Além disso, apresentam esqueleto cartilaginoso e notocorda que perdura por toda a vida. Atualmente só são encontrados dois grupos desses animais: as lampreias e as feiticeiras.
Possuem corpo longo, delgado e cilíndrico, com boca anteroventral, sugadora ou mordedora. Possuem crânio e arcos viscerais cartilaginosos, e um coração com 2 câmaras.
Gnathostomatos - peixes com mandíbulas
Surgimento da mandíbula, proporcionando mais força na mastigação e maior eficiência na captura de alimentos. São ótimos predadores, pelo surgimento posterior de dentes e musculaturas. Possuem nadadeiras aos pares, trazendo estabilidade e velocidade na natação. Sua notocorda é substituída na fase adulta pela coluna vertebral.
Classe Chondrichthyes: peixes cartilaginosos
Possuem endoesqueleto cartilaginoso, com pele rígida com escamas placóides. Respiram por brânquias, que não possuem proteção. Não possuem bexiga natatória, mas possuem um fígado grande que armazena gorduras e auxilia na flutuação. Possuem sistema digestório terminado em cloaca, com pregas espirais no intestino. Algumas espécies de tubarões marcam a transição da oviparidade para a viviparidade.
Possuem nadadeira caudal heterocerca e boca ventral. Apresentam fecundação interna, e os machos possuem o clásper. Excretam uréia.
Sentidos desenvolvidos:
Olfato;
Linha lateral - A linha lateral é uma linha que se estende ao longo da lateral do corpo do peixe, contendo poros ou tubos conectados com um longo canal tubular, abrigando órgãos sensoriais (neuromastos); eles são sensíveis às mudanças de pressão e temperatura e , também respondem às correntes de água;
Ampolas de Lorenzini - As ampolas são órgãos sensoriais multifuncionais sensíveis a variações de salinidade da água e a campos elétricos de baixa frequência, desse modo conseguem detectar estímulos eletromagnéticos e são usadas como bússolas nas migrações marítimas e posteriormente na identificação de possíveis presas.
Ex: tubarões, arraias e quimeras.
Classe Ostheichtyes: peixes ósseos
Possuem esqueleto de cálcio, que fornece maior sustentação e resistência. Apresentam fecundação externa, e através da papila urogenital ocorre a reprodução e a liberação de excretas. Possuem desenvolvimento indireto, e suas larvas são chamadas de alevinos. Apresentam boca anterior.
Possuem bexiga natatória; sua função é a de equilíbrio hidrostático: quando ela se encher de ar, o peixe sobe; quando se esvaziar, o peixe afunda. Suas brânquias são protegidas pelo opérculo. Excretam amônia.
Ex: bagre, pintado e carpa.
Classificação dos peixes ósseos em relação às nadadeiras:
Actinopterígeos - Nadadeiras raiadas, mais delgadas e flexíveis.
Sarcopterígeos Nadadeiras lobadas, mais robustas e carnosas.
Peixes dipnoicos (grupo dos sarcopterígeos) - são peixes ósseos pulmonados obrigatórios ou facultativos - possuem a bexiga natatória adaptada à respiração, funcionando como um pulmão, indo para a superfície buscar oxigênio, isso permite que eles fiquem por um tempo fora da água; vivem em águas doces e possuem corpo alongado.
Elasmobrânquios: Compreendem animais popularmente conhecidos como tubarões e raias, são peixes com esqueleto cartilaginoso, grandes maxilares superiores e inferiores, fendas branquiais laterais (no caso dos tubarões) ou ventrais (no caso das raias) e narinas abaixo da cabeça.
Holocéfalos: Subclasse de peixes condrictes, dividida em duas superordens (conforme o tipo de dentição), vulgarmente conhecidos como quimeras; possuem crânio sólido, uma única abertura branquial, probóscida, e espinho móvel no início da nadadeira dorsal.
Probóscide é um apêndice alongado que se localiza na cabeça de algumas espécies de animais.
Referências:
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carrion-carry-on · 2 years
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Chordathropes (or Werecreatures)
One of the things that I wanted to do with this story, as established in some of my earlier posts, was try to do things differently. I wanted to describe new (or at least uncommon) takes on fantastical staples. Werewolves have fascinated me since I can remember. It's interesting to think that it could have led from people high or drunk, to a rabies-infected individual, to someone with misunderstood mutation(s). Like vampires, several cultures have something similar to these werewolves - creatures that change shape from man to beast and back again.
I like werewolves. I like wolves. I liked the concept of "therianthropes," which were made from the idea that a human cursed with this "disease" could turn into a wolf, or a bear, or any other number of therian mammals. The word itself refers to the mammalian group Theria, comprised of marsupials and placentals. But I thought to myself, what if we took it a few steps further?
What if there was a "curse," or some "disease" that allowed infected or bred to turn into anything with a spinal cord? Often times, the separation between chordates and nonchordates is seen as one of the most essential, ground-breaking. (Which makes sense, given that this structure allowed lots of species to "level up" in a way.) Thus, chordathropes were conceptualized; "chorda-" referring to chordate, and "-thrope" referring to "turning."
The parentage of this species is unknown. Their relation to humanity is dubious at best, and the variety of forms which different subspecies take on further alienates them. Understanding of just what exactly these creatures are, and how they came to be, may never be reached.
There are four established "types" of chordathrope, each with multiple subspecies. The existence of certain subspecies can only be postulated, as much of the world remains unexplored.
Agnathates
Cyclostomata (Cyclostomate)
Gnathostomates
Chondrichthyes (Chondrichthy(i)an)
Osteichthyes (Osteichthy(i)an)
Tetrapoda (Tetrapodate)
These individuals are capable of transforming at any point, although physical constraints, age, and experience can effect this. The older and thus more experienced the individual, the greater control of form they possess. However, points of high stress or low emotional states can bring on a special kind of "madness" in even the most experienced of chordathropes. This madness results in a dulling of mental capacities and increase in animalistic behavior/tendencies.
Incredibly rare cases have been recorded of chordathropy being "passed" to different, previously unaffected, human individuals. This hints that this may be a disease or otherwise gene-altering condition passed through familial lines from mother to child. Cases are rare due to both infrequency of attacks and a human's inability to survive initial maulings.
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i-should-have-studied · 2 months
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All the General Character lists
zoloje yay
Urochordata
Exclusively marine and cosmopolitan, found in all seas at all depths.
Mostly sedentary, some free-swimming.
Simple (solitary), aggregated in groups or composite (colonial)
Size (0.25-250mm), shape, and color variable.
Adult body degenerate, sac-like, unsegmented, without paired appendages and usually without tail.
Notochord present only in larval tail, hence "urochordata".
Respiration through test and gill-slits
Mostly hermaphrodite. Fertilization cross and external.
Development indirect including a free-swimming tailed larva with basic chordate characters. Metamorphosis retrogressive.
Asexual reproduction by budding common.
Cephalochordata
Marine, widely distributed in shallow waters
Mostly sedentary and buried with only anterior body end, projecting above bottom sand.
Body small, 5 to 8 cm long, slender, fish-like, metameric and transparent.
Head lacking. Body has trunk and tail.
Paired appendages lacking. Median fins present.
Exoskeleton absent. Epidermis single-layered.
Notochord rod-like, persistent, extending from rostrum to tail, hence the name Cephalochordata.
Sexes separate. Gonads numerous and metamerically repeated. Gonoducts lacking. No asexual reproduction.
Fertilization external in sea water.
Development indirect, including a free-swimming larva.
Cyclostomata
Body elongated, eel-like.
Median fins with cartilaginous fin rays, but no paired appendages. Tail diphycercal.
Skin soft, smooth containing unicellular mucous glands but no scales.
Trunk and tail muscles segmented into myotomes separated by myocommata.
Endoskeleton fibrous and cartilaginous. Notochord persists throughout life. Imperfect neural arches over notochord represent rudimentary vertebrae.
Jaws absent in group Agnatha
Mouth ventral, suctorial and circular, hence "cyclostomata".
Dorsal nerve cord with differentiated brain. 8-10 pairs of cranial nerves.
Sexes separate or united. Gonad single, large, without gonoduct.
Fertilization external. Development direct or with a prolonged larval stage.
Chordata
Aquatic, aerial or terrestrial. All free-living with no fully parasitic forms.
Body small to large, bilaterally symmetrical and metamerically segmented.
A postanal tail usually projects beyond the anus at some stage and may or may not persist in the adult.
Exoskeleton often present; well developed in most vertebrates.
Bodywall triploblastic with 3 germinal layers: ectoderm, mesoderm, and endoderm.
A skeleton rod, the notochord, present at some stage in life.
A cartilaginous or bony, living and jointed endoskeleton present in the majority of members.
Pharyngeal gill slits present at some stage; may or may not be functional.
Digestive system complete with digestive glands.
Sexes separate with rare exceptions.
Pisces
Aquatic, marine, or freshwater, herbivorous or carnivorous, cold-blooded, oviparous or ovoviviparous vertebrates.
Body usually spindle-shaped, streamlines and differentiated into head, trunk and tail. A neck is absent.
Locomotion by paired pectoral and pelvic fins along with median dorsal and caudal, supported by true dermal fin rays. Muscular tail used in propulsion.
Exoskeleton of dermal scales, denticles, or bony plates covering body surface.
Endoskeleton cartilaginous or bony. Jaws are hinged. Notochord more or less replaced by true vertebrae.
Respiration by gills. Gill-slits 5-7 pairs, naked or covered by operculum.
Heart 2 chambered, 1 auricle and 1 ventricle. Venous or single circuit. Sinus venosus and renal and portal systems present.
Kidneys mesonephric. Excretion ureotelic.
Brain with usual 5 parts. 10 pairs of cranial nerves.
Sexes separate. Gonads typically paired. Gonoducts open into cloaca or independently.
Amphibia
Aquatic or semiaquatic (freshwater), air and water breathing, carnivorous, cold-blooded, oviparous, tetrapod vertebrates.
Head distinct, trunk elongated. Neck and tail maybe present or absent.
Limbs usually 2 pairs (tetrapod), some limbless. Toes 4-5 (pentadactyl) or less. Paired fins absent. Median fins, if present, without fin rays.
Skin soft, moist, glandular. Pigment cells (chromatophores) present.
Exoskeleton absent. Digits clawless. Some with concealed dermal scales.
Endoskeleton mostly bony. Notochord does not persist. Skull with 2 occipital condyles.
Respiration by lungs, skin and mouth lining. Larvae with external gills which may persist in some aquatic adults.
Heart 3-chambered, 2 auricles and 1 ventricle. Sinus venosus present. Aortic arches 1-3 pairs. Renal and hepatic portal systems well developed.
Brain poorly developed. Cranial nerves 10 pairs.
Sexes separate. Male without copulatory organ. Gonoducts open into cloaca. Fertilization mostly external. Females mostly oviparous.
Development indirect.
Reptilia
Predominantly terrestrial, creeping or burrowing, mostly carnivorous, air-breathing, cold-blooded, oviparous, and tetrapodal vertebrates.
Body bilaterally symmetrical and divisible into 4 regions: head, neck, trunk, and tail.
Limbs 2 pairs, pentadactyl. Digits provided with horny claws. However, limbs absent in a few lizards and all snakes.
Exoskeleton of horny epidermal scales, shields, plates, and scutes.
Skin dry, cornified and devoid of glands.
Endoskeleton bony. Skull with one occipital condyle (monocondylar). A characteristic t-shaped interclavicle present.
Heart usually 3 chambered/partially 4 chambered, 4 chambered in crocodiles. Sinus venosus reduced. 2 systematic arches present. RBC oval and nucleated. Cold-blooded.
Respiration by lungs throughout life.
Brain with better development of cerebrum than in Amphibia. Cranial nerves 12 pairs.
Sexes separate. male usually with muscular copulatory organ.
Parental care usually absent.
Aves
Feather-clad, air-breathing, warm-blooded, oviparous, bipedal, flying vertebrates.
Limbs are two paired. Forelimbs are modified as wings for flying. Hindlimbs are large and variously adapted for walking, running, scratching, perching, food capture, swimming, or wading.
Pectoral muscles of flight are well developed.
Endoskeleton fully ossified, light but strong and without epiphyes. Long bones pneumatic or hollow and have no marrow. Usually, there is a fusion of bones.
Heart completely 4 chambered. There is neither sinus venosus nor truncus arteriosus. Only right aortic arch persists in adult. Renal portal system vestigial. RBCs nucleated.
Birds are the first vertebrates to have warm blood. Body temp. is regulated.
Respiration by compact, spongy, non-distensible lungs continuous with thin-walled air-sacs.
Brain large but smooth. Cerebrum, cerebellum, and optic loves greatly developed. Cranial nerves 12 pairs.
Sexes separate. Sexual dimorphism often well marked.
Parental care well marked.
Mammalia
Hair-clad, terrestrial, air-breathing, mostly warm-blooded, viviparous, tetrapod vertebrates.
Body distinctly divisible into head, neck, trunk, and tail.
Respiration always by lungs (pulmonary). Glottis protected by a fleshy and cartilaginous epiglottis. Larynx contains vocal cords.
Heart 4 chambered with double circulation. Only the left aortic arch present. Renal portal system absent. RBCs small, circular, and non-nucleated. Body temperature regulated.
Brain highly evolved. Both cerebrum and cerebellum large and convoluted. Optic lobes small and 4 in number. Corpus callosum present connecting both cerebral hemispheres. Cranial nerves 12 pairs.
Sexes separate. Sexual dimorphism generally well marked. Male has an erectile copulatory organ or penis. Testes commonly found in a bag or scrotum outside the abdomen. Eggs are small, with little yolk and no shell.
Fertilization internal, preceded by copulation.
After birth, young nourished by milk secreted from mammary glands of mother.
Parental care well-developed reaching its climax in humans.
Mammals show greatest intelligence among all animals.
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mellowdinonuggets · 5 months
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actually FUCK cyclostomata all my homies hate em. ugly ass mfs!!!!!!!
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dallastitta · 2 years
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Macpass suction cup
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Macpass suction cup drivers#
Macpass suction cup Offline#
Macpass suction cup mac#
Murray MacKay Bridge they may use dedicated lanes on the Angus L. Key features are automatic form filling and regex matching of window titles to detect the correct target application. Pedestrians and bicycles are not permitted on the A. MacPass is a native macOS port of KeePass. Murray MacKay Bridge is the only harbour bridge which permits semi-trailers and large trucks. The Halifax-Dartmouth Bridge Commission is exploring the idea of moving entirely to electronic tolls to avoid handling tokens or cash. Lampreys / l m p r e z / (sometimes inaccurately called lamprey eels) are an ancient extant lineage of jawless fish of the order Petromyzontiformes / p t r o m z n t f r m i z /, placed in the superclass Cyclostomata.
Macpass suction cup Offline#
Hope my micro digi cam and suction cup tripod arive from Ebay by then. For KeepPass running on windows, there is a 'Triggers' feature that is very useful for offline use. Designed to stick to any smooth surface, it’s perfect for giving your dog a break while you clean him up. If your dog has a particularly difficult time during bath time, give him some peace and quiet outside the tub with our suction-cup mat.
Macpass suction cup mac#
Larger vehicles have higher tolls proportional to the number of axles. there were people towing boats/horse floats up Mac Pass (I went up and down. Aquapaw Slow Treater Treat-Dispensing Licky Mat. The bridge carries on average 52,000 vehicle crossings per day.Īs of April 1, 2011, the toll charge to cross for regular passenger vehicles is $1.00 cash or $0.80 with the MACPASS electronic toll system (60¢ tokens were once used but are no longer accepted as of May 1, 2008). When you looking for silicone suction lids for cups, you must consider not only the quality but also price and customer reviews. Macdonald Bridge having been completed in 1955. Fishpond Australia, a-r Kitchen Sink Water Monitor, Silicone Splash Guard for Sinks Prevents Splashing Water - Strong Suction Cups Foldable Water Protection Prevents Splashing Water A2/b4Buy.
Macpass suction cup drivers#
It is one of two suspension bridges crossing Halifax Harbour, the other, Angus L. MACPASS is Halifax Harbour Bridges electronic tolling system that allows drivers to pass through the tolls of the Angus L. Drivers should still watch for toll collectors and customers walking across lanes. Murray MacKay Bridge, known locally as "the new bridge", is a suspension bridge linking the Halifax Peninsula with Dartmouth, Nova Scotia, and opened on July 10, 1970. MacPass customers can use toll lanes designated for MacPass by the overhead signs, or any open lane.
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underwaterninja01 · 3 years
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Phylum Chordata Class Cyclostomata Example; (Jawless fishes) Lamprey Laboratory Drawing #marinebio #marinebiology #marinebiologystudent #biology #zoology #vertebrate #marinevertebrates #chordates #chordata #fish #lamprey #cyclostomata #fishdrawing #drawing #laboratorydrawing #uep #collegeofscience #uepcollegeofscience https://www.instagram.com/p/CIWdZ38hUYP/?igshid=17f33k6niulp7
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Top 10 beautiful of flowerhorn fish King kamfa in the world
Review 10 beautiful of flowerhorn fish King kamfa in the world
Although it is the next generation of red snapper, the sea bass soon received the attention and love of many players because of its unique humpback head and profound spiritual value. The following collection of the world's most beautiful sea buckthorn will be the most comprehensive picture to help you better understand the features and how to distinguish between species. Collection of the world's most beautiful sea bass 1 Fish drought is one of the beautiful fish and brings good luck to the homeowner
https://en.wikipedia.org/wiki/Fish
The most beautiful drought in the world
1. Diamond fish In the family of fish, the diamond is also known as Phuc Loc Tho Diamond Arowana by famous artist Huynh An in the village.  Vietnamese aquarium fish were successfully bred with the combination of the parent fish, Chau Kim Cuong and the mother fish, the Blue Dragon. Therefore, this breed almost has inherited what a sea buckthorn should have. This is considered the most beautiful sea buckthorn in Vietnam today.
https://en.wikipedia.org/wiki/Aquarium
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The outstanding feature of the diamond la drought is its round body, impressive strength, the words running from the gill to the bottom of the tail clearly on the blue background. The swollen head held forward, adorned with tilde-shaped rows, seemed to provoke opponents. Spotted and tilde-shaped pearls are drawn down to the cheeks, fins, necks and breasts. The fish's eyes are red, the cheeks turn yellow.
Collection of the world's most beautiful sea buckthorn 2 Phuc Loc Tho diamond is a fish that is bred in Viet Nam
2. Fish drought Flowerhorn fish has the English name Flowerhorn. They were mixed between large cichlids but mainly the 3-dot cichlid - Trimac. This fish appeared in the years 1994-1997 in Malaysia and then gradually spread to other countries. The early arowanas stood out with two main features, the head and the "flower" (which in us is called "word"). Arowana has very little or almost no baubles, the large bulging heads are still quite rare, most of the fish are usually bone shaped, only slightly stretched. They have a red belly, red and convex eyes, lower lip protruding, dorsal and anal fins pointing away from the tail, a rounded or oblong tail, and relatively small compared to the body, when old fish the tail often collapses.
https://en.wikipedia.org/wiki/Flowerhorn_cichlid
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3. King kamfa fish King kamfa, also known as Kim Hoa, was bred mainly in Thailand and has overcome the disadvantages such as pouty lips, pouty tail, and their face looks more aggressive. A more special feature is that the pearls on King kamfa have the form of large, sticky fibers called baubles. The full body pearls are extremely rare five-color kamfa.
King kamfa's head rate is very low and all males are infertile. The King kamfa lines in Vietnam are often crossed by the male La Han with the female King kamfa, then select the individuals with the most characteristics of King kamfa to be crossed or crossed with the mother. However, the rate of malformations is quite high due to the same bloodline so many people breed them with different King kamfa females.
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Collection of the world's most beautiful sea bass species 4 King kamfa is a very popular fish today
4. Pearl drought Pearl Pearl Flowerhorn "Pearl Flowerhorn" is the English name. This line of fish still maintains the characteristics of the early arowana but has many iridescent scales of green, blue or silver covering the body. This is the most popular strain to this day. Pearl Dermatology Pearl also has many names on the market but basically can be classified into two categories based on the main color background: green background and red background. Besides, fish can also be classified into different types of continents including pearl ball and string string. The ones that spread up to the top are called "head wrap".
Collection of the world's most beautiful sea buckthorn 5 The Pearl Dermatology is similar to the original, but has more scales
5. Yellow sea fish The Yellow Scallop is also known as the Golden based. Hoàng Kims are full-bodied mules. The pigment defect or "peeling" gene that always exists in purebred cichlids is thought to be the "material" for breeding the drought. The peeling gene is a recessive gene, it controls the formation of melanin (black) and iridophore (iridescent or "pearl") pigments, the corresponding skin color ranges from red, orange, yellow to white.
Hoang Kim is the first peeling la Han, usually with a yellow body and a red belly. All lineages such as Pearl, Kamalau or kamfa have the potential to molt if the parents both carry this recessive gene. The stripped lines later look slightly different from Hoang Kim with patches of white flower filaments on a red, orange or yellow background, so they are collectively referred to as "golden based". According to general tastes, Hoang Kim and the "golden background" are underestimated than the La Han often because of the lack of "Chau" - an important factor for Arhat.
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Goldfish with a brilliant golden color on the body
6. Fish drought Tuyet Dieu, Bach Ngoc Tuyet Dieu or Bach Ngoc is the name of the white whole body or albino type Arhat. When the pigment defect gene controls the formation of all pigments, the color we see is the whiteness of the dermis, and if the phenomenon spreads throughout the body, the fish becomes pure white. In fact, fish with a white body color is very rare; usually the tip of the fin or the head is still slightly colored. Although in theory it is possible, but no one breeds the white arhat because like Hoang Kim, the White Arhat does not have a "continent".
White jade ambergris is a rare species of albino drought
7. Flame phoenix fish The fire phoenix has the English name "Fiery / Fire Phoenix" or "Red Phoenix". From this name shows that this strain has a red body. In fact, the Fire Phoenix is ​​the full-body red kamfa and the red color will be very stable, not unstable like the Super red. Information about this fish is very limited, possibly due to the difficulty of breeding red full-bodied kamfa.
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8. Kim Binh Fruit la drought This is considered the most unique fish in the sea bass family. They have the English name "golden apple". Kim Binh Qua was born by Ah Soon and Ah Wee bred and traded at A1 Aquarium Company. This fish line won first prize in the monochromatic arhat category at Aquarama 2003, Singapore. As the name suggests, the fish has an apple-like rounded appearance, short body, ultra-wide version, iridescent green-yellow color and deep eyes. While not a common species, they look very impressive.
Collection of the world's most beautiful sea bass species 9 Kim Binh Qua fish with a cute round body
9. Kim Ma Luu fish drought Kim Ma Luu is also known as kamalau or golden monkey (golden monkey). Kamalau originates from the first line of sea bass with a pale background like gray and emerald green, not from Pearl. The Mermaid Company that bred this line also bred the kamfa at the same time, so the fins and pearls of the kamalau were greatly improved and almost identical to the kamfa. The body is also wide and the mouth is less plump than it is. Kamalau has almost no "word" on its head and body.
Collection of the world's most beautiful sea buckthorn 10 Kim Ma Luu fish with a broad body and less pouty lips than the common drought
10. Red Shock (RS), Super Red (SR), Super Red Synspilus (SRS), Red Monkey (RM) These are the generations of pure red aquarium fish , fully exploited the gene stripped by a Thai breed. Although the name is Super Red Synsphilus (SRS), the "red" fish is often long-hit, narrow (unlike kamfa also crosses from Synspilus but has a wide version), low head rate and extremely flexible. Although referred to as red fish, their true color is pink and only red when in an excited state. Females have a more stable color than males. To maintain a permanent red color, the fish should be given a feed containing a Carophyll dye.
Collection of the world's most beautiful sea bass species 11 Drought-borne fish are mainly bred by Thai people
The world of the world's most beautiful Arowanas is not only a handbook on the history of the drought, but also helps you to choose the species you like and most suitable for. If you still find it difficult, come to Phuc Long aquarium - the official representative of AZOO in Vietnam as soon as possible!
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sunkentreasurecove · 7 years
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kathleenseiber · 3 years
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Long-held theory of vertebrate evolution upended
For a long time, it was thought that lampreys – jawless fish of the superclass Cyclostomata – were remnants of a past ancestor of all animals with a backbone (including humans), because they are genetic relatives of vertebrates, but they have a cartilage backbone.
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Fossil of the hatchling of Priscomyzon, from the Late Devonian around 360 million years ago. The hatchling is already equipped with large eyes and toothed sucker, which in modern lampreys only develop in adults. (The Canadian 25-cent coin offers a size comparison for the tiny fossil). Credit: Tetsuto Miyashita
They start life as tiny, simple filter feeders and then metamorphose into a blood-sucking eel-like creature up to 100 times the size. The unique lifecycle means that extant larvae are very different in behaviour and anatomy from adults, which was one of the reasons the larvae were thought to be primitive “leftovers” from evolution.
Now, a team led by Tetsuto Miyashita from the Canadian Museum of Nature has found some baby lamprey fossils in multiple stages of life – one fossil even had preserved soft tissue indicating a yolk sac – that upend the idea that their life cycle reflects the evolution of vertebrates.
Key research points:
Lamprey fossils show multiple life stages
Ancient juvenile lampreys looked like modern adult lampreys
Seemingly “primitive” modern lamprey larvae evolved recently
Upends theory that lamprey larvae were evolutionary leftovers
“We’ve basically removed lampreys from the position of the ancestral condition of vertebrates,” says Miyashita. “So now we need an alternative.”
Surprisingly, the ancient hatchlings resembled modern lamprey adults more than present-day hatchlings do. Like modern adults, the ancient babies had large eyes and wide, toothy mouths that were perfect for sucking blood, and these traits were seen in multiple life stages.
This challenges the idea that lamprey larvae resembled ancient vertebrates – primitive blind filter feeders with a spinal cord and no backbone – and instead suggests that this particular larval trait isn’t a “primitive” one that survived evolution, but one that’s evolved since ancient times.
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Artist’s reconstruction showing the life stages of the fossil lamprey Priscomyzon riniensis. It lived around 360 million years ago in a coastal lagoon in what is now South Africa. Clockwise from right: A tiny, yolk-sac carrying hatchling with its large eyes; a juvenile; and an adult showing its toothed sucker. Credit: Kristen Tietjen
“Modern lamprey larvae have been used as a model of the ancestral condition that gave rise to the vertebrate lineages,” Miyashita says.
“They seemed primitive enough, comparable to wormy invertebrates, and their qualities matched the preferred narrative of vertebrate ancestry.
“But we didn’t have evidence that such a rudimentary form goes all the way back to the beginning of vertebrate evolution.”
Instead, the filter-feeding nature of the larvae may have helped them move from a marine environment into rivers. All the fossils were found in marine sediment, but most modern-day lampreys live in freshwater, the autors suggest in their paper, published in Nature.
“Lampreys are not quite the swimming time capsules that we once thought they were,” says co-author Michael Coates, of the University of Chicago.
“They remain important and essential for understanding the deep history of vertebrate diversity, but we also need to recognise that they, too, have evolved and specialised in their own right.”
Long-held theory of vertebrate evolution upended published first on https://triviaqaweb.weebly.com/
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nafjh · 5 years
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Lamprey
Lamprey (sometimes inaccurately called Lamprey eels) are an ancient jawless fish. Placed in the superclass Cyclostomata. The adult Lamprey may be characterized by a toothed, funnel-like sucking mouth.
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wishallbook · 4 years
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Chordate Zoology by Dr P S Verma
Chordate Zoology by Dr P S Verma
Chordate Zoology by Dr P S Verma  Author – E L jordan, Dr P S Verma  Publication – S.Chand Publication  Language – English  Buy More B Sc Books from Vishal Book Mart Sold By Vishal Distributors 
Table of Content : Protochordates: Hemicholrdata 1.Urochordata Cephalochordata 2. Vertebrates : Cyclostomata 3. Agnatha, Pisces Amphibia 4. Reptilia 5. Aves 6. Mammalia 7 Comparative Anatomy:Lntegumentary…
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reekoscience · 5 years
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New Post has been published on Reeko's Mad Scientist Lab
New Post has been published on http://reekoscience.com/science-resources/reekos-list-of-animal-classes-for-each-phylum-of-the-animal-kingdom
Reeko's list of animal classes for each phylum of the animal kingdom
Unknown phylum Micrognathozoa Acanthocephala (thorny-headed worms) Archiacanthocephala Eoacanthocephala Palaeacanthocephala (ancient thornheads) Acoelomorpha (simple soft-bodied flatworms) Acoela Nemertodermatida Annelida (segmented worms) Aelosomata Clitellata (earthworms) Myzostomida Polychaeta (bristle worms) Echiura (spoon worms) Sipuncula (peanut worms) Arthropoda (arthropods: insects, crustaceans, arachnids, centipedes, and millipedes) Chelicerata Arachnida (spiders, scorpions, and kin) Xiphosura (horseshoe crabs; only 4 extant species) Pycnogonida (sea spiders) Crustacea Branchiopoda (fairy shrimp, tadpole shrimp, water fleas, and clam shrimp) Cephalocarida (horseshoe shrimp; only 12 described species) Malacostraca (crabs, lobsters, crayfish, krill, various shrimp, woodlice, and kin) Maxillopoda (barnacles, copepods, fish lice, and other groups) Ostracoda (seed shrimp) Remipedia Hexapoda Entognatha (coneheads, two-pronged bristletails and springtails) Insecta (insects) Myriapoda Chilopoda (centipedes) Diplopoda (millipedes) Pauropoda Symphyla (pseudocentipedes) Brachiopoda (“lamp shells”) Craniforma Rhynchonellata Bryozoa (moss animals) Gymnolaemata Phylactolaemata Stenolaemata Chaetognatha (arrow worms) Archisagittoidea Sagittoidea Chordata (vertebrates, tunicates, and lancelets) Cephalochordata Leptocardii (lancelet) Tunicata Appendicularia (larvaceans) Ascidiacea (sea squirts) Sorberacea Thaliacea (salps, pyrosomes, and doliolids) Vertebrata Agnatha Cyclostomata Myxini (hagfish) Petromyzontida (lamprey) Gnathostomata […]
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urbem-information · 6 years
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Ayhirian Powers
Since the Ayhirians are primarily made up of fish-like humanoid aliens, they are much like the Aenon in that many have their own set of abilities. Depending on ancestry, you may gain combinations, specific sets of powers, or no powers at all. Evita and Ty have an ancestry in which they can inherit any number of combinations. 
Fish Physiology
User can take on the appearance of a fish or appear as being Dai, Vuskai, etc. This all depends on ancestry.
Applications
Aquatic Adaption
Aquatic Repiration
Cold Immunity
Enhanced Lung Capacity
Enhanced Senses
Pressure Resistance
Variations
Cyclostomata Physiology
Elasticity
Self-Sustenance
Hibernation
Elasmobranchii
Batoidea
Prehensile Tail
Electricity Generation
Electroreception
Selachii
Enhanced Bite
Feral Mind
Enhanced Smell
Electroreception
Temperature Regulation
Osteichthyes
Sarcopterygi
Amphibian Phsiology
Electroreception
Actinopterygii
Chondrostei
Decelerated Aging
*Teleostei will restart here, though it is under the category Osteichthyes -> Actinopterygii:
Osteoglossomorpha
Enhanced Leap
Electricity Generation/Electroreception
Elopomorpha
Moray Eel
Camouplage
Nested Mouths
Pharyngeal Jaws
Ostariophysi (Enhanced Hearing)
Cypriniforme
Decelerated Aging
Enhanced Endurance
Siluriform
Decelerated Aging
Enhanced Smell
Poison Generation
Electroreception
Gymnotiforme
Electricity Generation
Electroreception
Protacanthopterygi
Esociform
Camouflage
Enhanced Bite
Salmonidae (salmon, trout, chars, etc.)
Stomiiform
Bio-Luminescence
Pressure Resistance
Acanthopterygi
Mugiliform (mullets)
Atheriniform (silversides, and rainbowfish)
Beloniform (flyingfish)
Syngnathiform (seahorses and pipefish)
Pleuronectiform
Camouflage
Scorpaeniform
Poison Generation
Perciform
Temperature Regulation
Paracanthopterygii
Lophiiformes
Lure Protrusion
Bio-Luminescence
Pressure Resistance
Mythical Fish (NOT ALL POWERS ARE APPLICABLE)
Fish People Physiology
Merfolk Physiology
Limitations
May need practice to change back
May have complications when transitioning from water to air
May gain bad eyesight
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albertonykus · 6 years
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Vertebrata sensu stricto or Cyclostomata?
Despite protests from lamprey, I would consider the evidence for Cyclostomata quite strong these days.
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Cyclostomes by BioDivLibrary on Flickr.
Dictionnaire des sciences naturelles,. Strasbourg,||Paris,F. G. Levrault;||Le Normant,1816-30.. biodiversitylibrary.org/page/24394304
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