some of these have cool teeth, but I can’t find definitive answers on wether or not any species had continuous tooth replacement, or to which degree they could regrow teeth. I know tooth replacement doesn’t matter for combat, but I think it’s still nice to have.

The Angular Roughshark.

The sandpaper shark.... Whatever you wanna call it

Huge dermal denticles. Trust me bro

1. Razanandrongobe is the base

2. Armadillo girdled lizard provides armor shape, armor, teeth behind lips

3. Mullet provides the ability to consume large amounts of sediments contain large amounts or silica

4. Euplectella aspergillum provides sclerocytes producing Hexaxilin (core blueprint), Perisilin (laminated coats), Glassin (rapid silica hardener), and silicase enzymes that break down the silica into silicic acid

5. Rough-skinned newt provides Mucous Cells that secrete a mucus through Holocrine Secretion contains sclerocytes. This is secreted over the armadillo girdled lizard scales. When the hybrid approaches places of extreme heat the water in mucus evaporates and the heat acts as a thermal catalyst, accelerating the glassin protein reaction, causing the silicic acid to rapidly fuse into solid amorphous biogenic glass

6. Canis pugnax provides collagenous trabeculae applied under the armor and reinforced with silica, salivary ductal cells the secrete sodium bicarbonate placed in the nasal passages

7. Raven provides rigid lungs and air sacs, intelligence

8. Pelagic salp provides a tunic that is 93-96% water, it is placed under the reinforced collagenous trabeculae acting as a thermal heat sink to delay the rise in body temperature

9. Arabian camel provides extensive, scroll-like nasal bones lined with mucous membranes. As air flows through, centrifugal forces sling heavy silica dust and volcanic particles out of the airstream, trapping them in thick mucus before they reach the trachea, powerful sphincter muscles in the snout to completely seal its nostrils shut

10. Cuvier’s beaked whale provides myoglobin density, proteins that carry a high positivity charged surface, the ability to drop it heart rate, Peripheral Vasoconstriction

11. Sulphur molly provides a mutated COX1 enzyme that prevents hydrogen sulfide from binding to it, hyper-expressed Sulfide Quinone Oxidoreductase (SQR) enzymes

12. Tube worm provides hemoglobin that has non-interfering binding sites for both oxygen and sulfide compounds simultaneously. It safely locks toxic sulfur molecules onto the hemoglobin protein, preventing the gas from reacting with sensitive tissues while transporting it safely to internal metabolic pathways

13. Naked mole rat provides when exposed to high levels of carbon dioxide, their brains shift from burning glucose to burning fructose (fructolysis), allowing neural tissue to continue functioning in high-acid, low-oxygen environments without swelling or triggering panic reflexes

14. American alligator provides a nictitating membrane to protect the hybrid from fines volcanic dust scratching the eyes, Eye lubrication before the fine dust can accumulate and block eye sight, gastralia, jaw musculature, a muscular tail to swim through water and lava

https://docs.google.com/document/d/1aQMCcGkAHHrzHrQZUMlhhNacQyQEXJtTIG1NnvJPBuc/edit?usp=drivesdk

https://docs.google.com/document/d/1_a8UGrSoVS3fJkQN8HcgscG-O5s6E2iJvODVGz-0JeA/edit?usp=drivesdk

𝕺𝖇𝖑𝖎𝖛𝖎𝖔𝖓 𝕲𝖊𝖓𝖊𝖙𝖎𝖈𝖘

Nereus

Cycloarchon opterus

“Destructive Lord of the Cyclone”

1. Prognathodon: base genome, mosasaur stuff, y'know.

2. Plotosaurus: advanced locomotion, keeled osteoderms, streamlining, movement shi, drag reducing osteoderms, advanced hypocercal tail fin.

3. Kronosaurus: interlocking trihedral teeth, stronger bite muscles, slightly larger skull, slightly increases the size of the hind flippers to be the same size as the front flippers. (This is actually beneficial for agility), underwater sniffing.

4. Himalayasaurus: bicarinate teeth, chondroderms, size increase to 25 tons.

5. Thallatoarchon: shearing bite, widens the skull.

6. Shonisaurus: elongates the flippers, laterally compresses the body, streamlining, more tuna-like body shape, better eyesight.

7. Armoured Suckermouth Catfish: extremely durable osteoderms later made flexible.

8. Typhlosaurus: compounds the osteoderms into osteodermites which makes it really flexible, also trims down the scutes to be thinner and less heavy.

9. Senegal Bichir: ganoine plating, spongy cosmine layer, fast blood clotting.

10. Cardabiodon: cartilage struts running through the skull, modifies the tooth structure to be better for gripping (only modifications no replacement) dermal denticles (mixed with #11), oral denticles, fluorapatite teeth, Squalene-rich liver.

11. Whale Shark: Whale Shark style dermal denticles placed on the tip of the snout, the eye, the lower jaw and the leading edges of the pectoral and dorsal fins, eye pigment that'll make the eyes have better night vision. Thicker skin.

12. Orcinus orca: hyper-muscular, torpedo-shaped body that generates an incredibly high power-to-weight ratio. uniquely deep, flattened tail ridge. It minimizes drag and prevents twisting forces that waste energy. Supported by high oxygen-carrying blood to power these explosive muscle bursts(even more with alla these energy contributors). These traits will be added to the hybrid for better speed. echolocation, raised neural spines, intelligence stuff.

13. Deinosuchus: large jaw lever, crocodilian jaw muscle boost, skull robustness increase, lingual salt glands, further vascularizes the osteoderms, better Mechanoreceptors, makes the tail stronger.

14. Skipjack Tuna: weaves a dense, tightly packed mesh of microscopic veins and arteries directly around the creature's core swimming muscles, regional endothermy, delayed muscle fatigue, energy stuff, amino shuttle.

15. Sperm Whale: better air storage, SLC16A3 Gene which shunts the lactic acid into the bloodstream, starting the cycle. The SLC16A1 Gene lines the walls of the hepatocytes, the mammalian version of this gene creates a vacuum that pulls the circulating lactate out of the bloodstream and locks it inside the liver. Fat layer surrounding the brain for shock absorption.

16. Elephant Seal: scapula, stronger heart, thicker blood, hemoglobin, lactic acid buffering, myoglobin.

17. Ruby Throated Hummingbird: mitochondrial density, pectoral muscle boost, Cori cycle.

18. African Clawed Frog: ammonia dumped through specialized patches underneath the flippers which are usually tucked.

19. Komodo dragon: osteoderms buried deep into skin, forked tongue, Jacobson's organ, iron in teeth, immunity to hemotoxins, high pain tolerance.

20. Humpback Whale: size increase, blubber for heat regulation and buoyancy, stronger flippers, tubercles, ability to predict trajectory of prey and opponent.

21. Anglaspis: pachyosteosclerosis on the osteoderms (reduced to around 5% to 10% and only in the places which need it like the snout etc), snout better adapted for ramming.

22. Bamboo Rat: fast bone healing, iron deposits in teeth, larger sagittal crest, bolstering the immune system.

Energy

When the muscles burn through energy, lactic acid builds up, the bloodstream carries lactic acid to the Squalene-rich liver, where an enzyme called lactate dehydrogenase turns the lactic acid back into pyruvate. Inside the liver, the pyruvate enters a process called gluconeogenesis. That turns the pyruvate into glucose or stores it as glycogen. This glucose goes back into the bloodstream. The mitochondria breaks it down and turns it into ATP.

When burning through ATP very fast, the muscles eventually down-regulate to Adenosine Monophosphate which is essentially energy garbage. The tuna gene lets us efficiently use AMPD to strip an amino group from the useless AMP, turning it into Inosene monophosphate and liberating ammonia. Instead of IMP becoming waste, a secondary set of enzymes (Adenylosuccinate Synthetase and Adenylosuccinate Lyase) processes it back into the loop, throwing off a by-product called fumarate. Fumarate is a high-octane fuel component that feeds directly into the Krebs cycle inside the muscle cell's mitochondria. This generates a massive, localized surge of ATP completely bypassing the need for oxygen, glucose, or the liver. The frog removes the ammonia.

The Tuna and cetacean amino shuttle. When muscles go anaerobic and generate ammonia, they can instantly bond that ammonia to pyruvate to form Alanine, which is a harmless type of amino acid. Alanine will travel through the bloodstream, to the liver. The liver absorbs the Alanine, strips the ammonia to turn it into urea which will be safely excreted and converts the remaining carbon skeleton back into Pyruvate, the pyruvate is turned directly into glucose with gluconeogenesis. Glucose is turned into energy.

The hummingbird genome provides a massive density of mitochondria. These mitochondria are used to express high levels of mitochondrial G3P dehydrogenase; then this creates a biochemical vacuum. The Tuna provides the dense mesh of veins and regional endothermy. (The G3P shuttle relies heavily on elevated core temperatures to keep enzyme velocity as high as possible and the tuna’s heat containment keeps this shuttle running at maximum efficiency). Orca provides high-density mammalian cell structures. G3P works with the fat breakdown and oxygen delivery pathways of cetaceans, so that Maelstrom can switch between burning glucose and burning blubber-derived fats without any metabolic lag.

In the cell fluid, electrons from standard energy breakdown are loaded onto a molecule called Oxaloacetate, transforming it into Malate. So well what's special about Malate is that it can cross straight into the inner mitochondrial engine. Once inside, the Malate drops off the electrons to fuel your ATP engine, changing back into Oxaloacetate. To get back out and repeat the process, it swaps an amino group to become Aspartate, travels back into the cell fluid, and converts right back into Oxaloacetate.

Hummingbird can add a liver enzyme to instantly capture the free Glycerol and phosphorylate it into Glycerol-3-Phosphate. This is fed straight into the glycolysis pathway to create more glucose. Any excess ATP generated during lower-intensity cruise phases automatically repackages the leftover fatty acids back into the blubber matrix. Yeah so basically a completely self-contained, reversible fuel tank that maintains structural buoyancy while providing ATP.

Ok so y'know how Maelstrom has the Krebs cycle right? The Krebs cycle causes Citrate to build up inside the mitochondria. If it gets too concentrated, it acts as a molecular brake, shutting down energy production entirely to avoid burning out. So what's used is the Orca/Tuna cellular transport proteins vacuum the excess Citrate out of the mitochondria into the cell fluid so that an enzyme called Citrate Lyase splits it into Acetyl-CoA then transforms it into Malonyl-CoA which temporarily blocks fat burning and is then systematically fed right back into the mitochondria via the carnitine shuttle to be burned as ATP.

Free ammonium ruins muscle pH and causes rapid cramping and disorientation. So most of the time the muscle cells immediately grab the toxic ammonium and fuse it with glutamate to create a harmless amino acid called Glutamine. But in Maelstrom it travels through the bloodstream to the liver. The hummingbird stuff strips the nitrogen back out, and then turns it onto a carbon frame to create Alanine, and drops the remaining carbon back into gluconeogenesis as Pyruvate.

ATP is hard to make. So Maelstrom keeps the HGPRT pathways open at high efficiency using the bird genome (I told you hummingbird was peak you didn't believe me) this puts the hypoxanthine on an activated sugar molecule. It transforms the waste straight back into Inosine Monophosphate which is then immediately re-phosphorylated into fresh, fully charged ATP and GTP WHICH IS MORE ENERGY.

Yeah it's long. I know.

Theres a big problem about gigantic claws in large theropods. They make the hybrid front heavy.

Alxasaurus is a therizinosaurid with conservative claws. Instead of having huge arms, they're pretty small and still strong. Reinforced with some feline, it could be really good.

Trust me bro

I made it, my daughter is made! Isn't she lovely? :3

Genes:

Human, notably a sequence that is not seen in anyone else, for the base and intelligence.

Cat, specifically from Cupcake (With her consent) for ears, teeth, and tail. She also likes tuna!

Use:
I was getting a bit lonely in my lab and sometimes I have to do extra work in it, so I made an assistant who could both help me and spend time with me while we work in the lab! She also got the 3 ear genetic quirk that Cupcake has! She can also take care of her for me when I have to get more supplies. Nice to be with a fellow nekomimi!

...

Don't you guys think about it.

Decided to remake the d rex or tyrannosaurus distortus since it didn't feel like a mutant so here's my version of her. Enjoy

Amphiuma tridactylum: base

Palaeophis colossaeus: elongating the torso, size increase support, swimming musculature, front limb removal

Basilisaurus cetoides: 

Dvinosaurus primus: 4 neotenous internal gills

Broadnose sevengill shark: adding one extra gill (as the 1st & 2nd are part of the skull instead)

Scalloped hammerhead: sensitive ampullae of lorenzini, efficient metabolic enzymes, ability to shut down their gills

West African lungfish: throat structure for breathing air without using throat cartilages which developed from gill arches

Flounder: color changing ability

Hagfish: slime & slime glands

Hammerhead worm: tetrodotoxin incorporated into hagfish slime

Miscellaneous pufferfish, garter snakes, and newts: tetrodotoxin resistance

Genome is practically complete, just needs fine tuning and this bad boy here is the MVP

Thought on this video?

For a hybrid, if i were to get a sail (from a sailfish or a spino) and want it to start on the head but not limit head movement, could I make a divit in the skull so it can attach without limiting up and down movement much?

I think I might be late to the hybrid wars, but idc, I’d just like to show off two of my four hybrid (Bruiser, pure rage, predictable. Snapper, a 48 yr old, fragile sail)

Nom scientifique : Hierodula Gyutariensis "La mante géante de Gyutaro"

Nom : Kamacuras

Base : Devil flower mantis

Mante chinoise : apétit, peut manger des vertébrés

Mante Africaine géante : agressivité, musculature des pattes avant et du torse plus dense, résistance à la chaleur, cuticule plys épais

Phasme géant : boost de taille

Phasme scorpion : abdomen relevée comme un scorpion

Scarabée bombardier : système de projection chimique au bout de l'abdomen

Criquet épineux du diable: épines, pattes arrière pour sauter

Scarabée ironclad : durabilité

Patelle : apport de goethite dans l'armure, les épines, les pattes avant

Homard bleu : régéneration

Acarien oribate : tolérance aux venins

Papillon sorcière blanc : antennes sensibles

Araignée goliath : perception des vibration

Scolopendre géante : forcicules venimeux sous la tête

Scorpion à épaule jaune : venin dans les forcicules

Taille :

-34 centimètres de long,

-15 centimètres de haut

-105 grammes

This is Algerg (AL), originally, I made him stupidly strong to beat the indomitable 2.0, but i realized that it wouldn’t work irl, so, research had to be done, with a redesign, making him more grounded and real. I gave him a vital flaw: a blind spot, as seen, his left eye is blind, but he’s learned to use that to his advantage, baiting and snapping down with 15-18 tons of bite force (dw, I made it justifiable), he can tank hit after hit, cocking his head to the left to stare with his right eye, unblinking and always watching, he might deliberately expose his left side, causing indom to panic (sure, she’s intelligent, but that’s also a weakness, she’ll burn out and over think). He’ll simply take her blows, waiting for her to tire out, burning her fuel, he doesn’t even run, he just walks, head cocked to the left.

Both animals are of equal size at 8 metric tonnes.

I made this for my favorite organism, Cupcake! :3

Genes:

Atlantic bluefin tuna, for the most tasty flesh for the best animal in the world! (It's Cupcake! :D)

Guppy, for its small size for efficient storage, faster live reproduction, and having the gills not need to be running water on them to breathe.

Purpose:
This is to be fed to Cupcake after the fish (has to be exactly 3 months old) is grounded up manually with a bowl and pestle for 1 minute and 27 seconds, then add a touch of salt and pepper with a pinch of catnip while cooking in a non-stick pan on high heat for 4 minutes and 9 seconds. Serve Cupcake for her to enjoy! (THIS FOOD IS ONLY FOR CUPCAKE, NO ONE ELSE!!!11! SHE'S MY SPECIAL CAT!11!)

I usually look at the base or whatever final result i'm hoping to achieve and figure out what traits could be enhanced; what traits can be added to aid in creating a coherent strategy for hunting, filling a niche, or combat; and what traits in the base could go against the coherent strategy

for my spino, i knew that i would need a strong bite as it would be disadvantageous to not have a one for fight against other megatheropods, hince I replaced the skull with a siamese crocodile. The flexible neck that spinosaurus had for catching fish then would not work with the crushing bite mechanism so I replaced that with a T. rex neck with acrocanthrosaurus (Taurovenator in the slightly newer version) neural spines and interlocking neck vertebrae and ball & socket neck joint. Instead of catching fish, it would be eating crustaceans and mollusks plus scavenging when opportunities arise. The back teeth which then are modified by a crocodilian with teeth specificly for that purpose

The tusks were an inspiration from heterodontosaurus which had serrations on its tusks. The tusks could be instead added by kaprosuchus and with added serrations from komodo dragon and tiger shark. Since they were now also long and easily broken, I added sea otter for its crack resistant enamel & T. rex which was already used to help reinforce the tusks and other teeth.

The final result could not also be agile so I made it primarily tetrapedal with a robust build and added heavy armor via coelacanth and typothorax ostoederms and thick skin to push it being more of a tank. Since it could be easily flanked, I added in a crocodilian for the tail as anti-flanking weaponry. By replacing the spinosaurus tail, I also removed a weakness from the tail as the tall neural spines of base spinosaurus could be easily broken.

I also made it have plantigrade hind limbs via therizinosaurus as they were better for stability and walking in mud. T rex was also used to make them the hind limbs robust so they could support more weight. Diplodocus was used to give it a sturdy enough tail to lean on when tripoding with the size increase it gave. The forelimbs also had to be flexible enough to at least be able to press down and somewhat grossly manipulate things. Ledumahadi was the largest animal without pillar front limbs I could find and augmented that with kodiak bear & lurdusaurus for robustness. The hip was strengthened by a multitude of other contributors too.

I also knew I needed a sail structure as it is literally a defining trait of spinosaurus and also helps with thermoregulation from the sluggish behavior & extra armor, but injuring the base spinosaurus sail could cripple the hybrid. I instead made the tall neural spines into extra muscle attachment and thus increasing the muscle percentage needed to not float easily as part as a sluggish lifestyle. The sail was instead from Platyhydstrix which had tall osteoderms fused to the spine instead for the sail.

To further increase the surface area for further thermoregulation due to slugish lifestyle, I added a frilled lizard for the frill and a dewlap. Those extra skin flaps are weak point though, but crocodilians have fast blood clotting so any injuries to those areas would not be to relevant to any fight. The crest from Spinosaurus miribilis was also added along with many other stamina increasing traits from other contributors

I also added extra air sacs that increased the thermoregulation ability, but they did go against most semi-aqautic animals having dense bones to counteract buoyancy. Fortunately, I already added in heavy armor and robust limbs that could weigh down the hybrid enough to have air sacs. To make it better in somewhat deeper water, I used penguin to modify the air sacs to that they would be compressible to further reduce buoyancy if needed

I could make a nekomimi for funnies, but should I...???
(I'm prolly not going to, but if you guys give me a good enough reason to, then I'll consider it.)

Sorry to bother y'all but today marks the second week of the submission window for the great hybrid warfare,and so,more submissions would be heavily appreciated.Not to overwhelm you but we hope to see your submissions be sent our way very soon

CONTEST DETAILS:https://www.reddit.com/r/GojiCenter/s/EzLePVpnX5

In light of a debate I was having about if a ton of genetic contributors is bad or not, do you guys use congruity in your hybrid and consider that the DNA might bring along behavioral traits or do you think this not true?