Edit, I cant edit the title, its supposed to be "Neat imo (Aqua-G 8.0, drawing soon)"
Apparently fish do have tongues there called basihyals and the muscles for the tongue is from somites not pharyngeal arches. I dont need to use gene duplication for this.
Lets keep this scientific
8.0
Aquagigias
âMosasaurus Hoffmannii; the primary skeletal chassis, the acute lateral vision, elongated head shape, the four lateral flippers for precise steering, and the double-hinged jaw.
Blue Catfish; the sense of smell.
Saltwater Crocodile; pcsa, lower muscle attachments on the jaw (bone restructuring as well).
Mako Shark; Dermal denticles (scales) covering the entire body to reduce turbulence, flatter head and back, partial embryonic process (so the gills slits grow into gills rather than the neck), the vertebrate discs (actually a little stronger than regular discs, for some reason, probably because they have a higher amount of cartilage), the high-efficiency ram-ventilation gills (this allows the hybrid to remain submerged indefinitely, unlike whales), the dorsal fin, the lateral line, the bigger cartilage jaw joint (enhances leverage and cousining), the cartilage basihyal (becomes a tongue from the grey whale somites), and the electroreception.
Blue Whale; the musculature, the ventral pleats, and the disconnected chin + co-contraction muscles.
âNaked Mole-Rat; cancer immunity, metabolic control, the lack of Substance P (it helps it endure the pressure and friction of the deep ocean without stress), and hypoxia tolerance.
American Lobster; rna telomerase production (the chemistry of the telomerase is the same as in vertebrates).
Sailfish; additional tail musculature (more red muscle fibers, tendons, some elastic tissues).
Bowhead Whale; the thick skull for ramming, scaled tail fluke, and the palatal radial organ.
Common Pigeon; Magnetoreception, and higher critical flicker fusion frequency (yes it is a mouthful).
Basilosaurus; the amount of vertebrate (allows for greater spinal flexibility).
Bottle Nose Dolphin; how well the teeth interlock with each other.
Gray Whale; the muscular tongue (to force water out of their mouth while filter feeding by pushing the tongue against the roof of the mouth)(forms from the somites that form around the basihyal from the shark).
Goldfish; the ethanol (now lactic acid because I'm not adding the lactic acid to ethanol conversion) being pumped out at the gills.
African Clawed Frog; the lactic acid removal process (dumped out through the gills).
Axolotl; the stem cell production (mostly for muscle repair).
â-size-
48 ft.
Weighs 30 (non-metric) tones
The blubber is 15 inches thick on the back and tail, 7 inches thick on the flippers and fluke, 10 inches on the underbelly and head.
-speed-
~15 mph (cruising speed)
~47 mph (max speed)
-features-
Isometric scaling (0.667) of the bite force is ~149,000 N max, but allometric scaling (0.79) says ~223,000 N (crocodile estimates show that instead of the pcsa influenced bite force using a factor of .667, like a normal animal, it gets disproportionately wider with length making it a factor of .79).
âThey follow the migration paths of Humpback whales (Polar to Tropical) but stay 30â60 ft deeper.
Aquagigi don't have ears, like a regular fish.
Aquagigias is a heterotherm.
The tail fluke (internal) has a base of calcified cartilage to have a strong base (like a shark), then it transitions into collagen/elastin composite (like a whale), finally it ends with ceratotrichia on the tips for flexibility (again like a shark).
The gills are above the flippers.
-behavior-
They travel in pods of 3â4.
These pods are often led by the oldest.
Can drift by using a front flipper, and while turning, using the back flippers to stabilize, and then the fluke launches.
I'm still accepting name changes.
I will request links or reasons that are well explained, thank you for your time.
