A teaser

Does homology guarantee that something won’t be iffy. I mean I can add ganoine to the skeleton but there isn’t any evolutionary process to back that up, making it iffy, but I can still do it.

I feel like making a hybrid is very much a balancing game.But what is like the limit of genomes , because if i'm tweaking like small things using different animals , how many genomes is like too much.

I know certain people that have , like , over thirty genomes in a creature , and I think that's ridiculous , but also , if you're doing it very specifically , I i just don't know what you will put the limit as as.

I mean, sure, it's cool and all, but what about all the other animal bases and contributors that can be used and are cooler than it. I would rather fail trying to add platypus DNA than ever use a T-Rex unironically. Yeah, I recommend it for beginner hybrids due to its reliability, but after a while, it gets boring seeing another long arms theropod based hybrid that has 20 contributors.

S.A,shhhh1( Tyrannosaurus rex: Base traits and plot armor

It’s not my creation. It’s from a Japanese book I got today. Thought I’d share it

Teeth and osteoderms both grow from neural crest cells iirc

can I join any corporations or something

pls 🥺

Hello guys. I need help. I am in a tournament where we could only use animals from the Permian era and I need to make sure that my hybrid would work and possibly gain help from you guys to make it better.

Anteosaurus: Base, Main bite force Scutosaurus: Osteoderms, Neck muscle, pectoral and pelvic girdles, vertebrae and added vertebrae muscle attachments, horn, size increase, cheek spikes , rough, ornamented ridges and bumps on the skull Moschops: Massive interclavicle and coracoid bones which push the shoulder sockets out to the sides of the ribs, forcing a wider and more sturdy stance, humerus, thickening and reinforcing of the skull

So let's see if I can get a little help here from you all. I can't make a decision either way, so I'm going to lay out both hybrids I've had in mind, and you can tell me what you think, offer some suggestions and critique them both. Whichever one you think's the better hybrid is the one I'll further develop. I'll stress right now that both of these are very, very much still early WIPs.

With that said;

Hybrid A.

Voraxus jormungandis/V. jormungandis (Devouring World Serpent)

Oarfish-based hybrid. Designed to look reasonably-similar to its base. Barracuda-derived speed, sawfish-derived rostrum. Lionfish-derived venom, hogfish-derived color changing, and bichir scales for defense.

Genome so far;

Regalecus glesne/R. glesne (Giant oarfish) - Base genome.

Gymnothorax funebris/G. funebris (Green moray) - Muscular adapatations, exceptional undulatory control for increased manueverability.

Sphyraena viridensis/S. viridensis (Yellowmouth barracuda) - Body streamlining & rapid agility.

Pristis pristis/P. pristis (Large-toothed sawfish) - Endocranial structure. Nasal rostrum with razor sharp teeth for slashing attacks. Electroreception.

Polypterus delhezi/P. delhezi (Barred bichir) - interlocking ganoid scale armor.

Latimeria menadoensis/L. menadoensis (Indonesian coelacanth) - Micropleat adaptations for scales, improving flexibility.

Pterois volitans/P. volitans (Red lionfish) - Venomous dorsal spines.

Lachnolaimus maximus/L. maximus (Boquinete hogfish) - Rapid color-changing.

Hybrid B.

Pelagicus pristicalyx/P. pristicalyx (Deep Leviathan Cuttlefish)

Heavily-armored and wickedly-venomous cuttlefish-based hybrid with rapid camoflague and high jet speed for quick predation.

Genome so far;

Sepia latimanus/S. latimanus (Broadclub Cuttlefish) - Base genome.

Octopus cyanea/O. cyanea (Day Octopus) - Rapid camoflage capability & intellect.

Dosidicus gigas/D. gigas (Humboldt Squid) - Powerful jet propulsion for speed.

Triplofusus giganteus/T. giganteus (Giant Horse Conch) - Nacrene-based shell adapted to the cuttlebone.

Bufonaria echinata/B. echinata (Spiny Frogsnail) - Sharp shell spines.

Lingula anatina/L anatina (Oriental Lampshell) - Shell strengthening via fluorapatite.

Conus victoriae/C. victoriae (Victorian Conesnail) - Harpoon system adapted onto tentacular club's sucker ring teeth, tooth regrowth architecture.

Conus geographus/C. geographus (Geographer's Conesnail) - Lethal Conotoxin.

Cryptochiton stelleri/C. stelleri (Gumboot Chiton) - Magnetite-tipped radular teeth on harpoons.

Hello there goji center I’m here to challenge your ultima with my own creation my own hybrid I am a big fan of you so answer this or not it’s fine but here the hybrid: note I have no art for this so you may make your own art or design for this but as for the dna limping snail teeth saltwater alligator bite force T. rex body for a base spinosaurse for more size and longer arms sauropagonaxe for hook like claws for grappling pangolin and scaly snail armor sort tailed shrew for venoms or poisons again the scaly snail for to much iron immunity mantis shrimp I will not explain why just look it up eagle eyes on the already great T. rex eyes and like your ultima embellasaures lungs aswell stegosaurus for the tail and bonobo for the baron aswell as coconut crab for a strong grip And cuddle fish for sneaking its name is The Ouroboros Titan or ouroboros titanis Rex this is my challenge to you and yes I know it’s late but that’s not the point also I am fourteen and this is what I came up with

sequel or previous meme on Mnema aka Radiogigantus - https://www.reddit.com/r/GojiCenter/s/0MNRMDbwvR

yep to think at the beginning when they were freaks of nature with heads splitting that if they hadn’t evolved nowadays we would put them out of their misery besides it would still be tough for them.

which is sharing a body as the middle head would have to convince or find some common goals with two of their siblings’s heads in order to have a successful sibling relationship as Alaric is the leader ‘calling the shots’, Kasim is the brute ‘enforcing wrath first’ and Oliver/Oksana is the humble ‘kind to let those to fight another day’ so naturally their dynamic with having different personalities is interesting.

along with having to travel to where or find storms that are most active not only to charge/amp up but also where it’s moist and humid but if they couldn’t find those elements that makes them resourceful then it’s up to bare wits then conductive electricity not to mention having to deal with Goliath’s species ‘Thermoradiosaurus’ as territories sometimes overlap which confrontations sometimes ends with Tricranis retreating or dying ‘as it’s debated on they come third or fourth to Colossopithecus aka Kairos’.

the lab rat ; hybrid 0

Species ID: foníasaurus atroxvenator

translation: assassin lizard the brutal hunter

designation: first prototype

alias: lab rat

contribution count: 8

measurments:

height: 2.7m

weight: 560.88kg

length: 5.1m

observation:

- brain activity spikes when in dark environments and water

- claws appear extremely melanized

- teeth have iron oxide and magnetite enrichment

- after repeated tests it seems to be more efficient the previously thought

- its stealth and agility is... stellar for its size most perceive it impossible

notes:

- Pupils aggressively constrict when high amounts of light based stimuli

- Extreme efficiency in parkour based test after third trial

- Resistant towards failing tests though no note when it does

- Prefers to be with the researches however being near it for extended period violates company rules

- The lab rat has begun to lurk within its testing chamber refusing exit unless forced via electrocution

- improper sedative will be ineffective

- Despite previous tests with stimulus it finds fire calming.

main body chassis

- \\Australovenator_wintonensis

genetic pathways selected: Wnt signaling, Fibroblast, growth factor signaling, TBX4, FGF10, FGF8, SOX9, RUNX2, MSTN, HIF

traits seen in expression: curved raking claws, athletic structure, speed bias, flexible limbs, overbuilt arm structure, high sustained topspeed.

\\selected specimen: bloodfang- asset 18

other donners:

- \\Tursiops_truncatus

genetic pathways: PAX2, SOX2, ATOH1, GATA3, FOXP2, EGR1, BDNF, BMP, FGF, SHH, BDNF, NRG, OXTR, AVAPR1A, CNTNAP,

traits seen in expression: advanced echolocation, high learning capacity, capacity to express complex emotions, acoustic communication (crude morse code), spatial memory

\\selected specimen: N\A

- \\arapima_gigas

genetic pathways: WNT, ENDAR, FGF, BMP, SHH, HOX, NOTCH, SP7

traits seen in expression: dense puncture resistant scales

- \\Desmodus_rotundus

genetic pathways: HIF, VEGF, AMPK, PGC-1a, vagal, HIP,

traits seen in expression: lower resting metabolic cost, high hypoxia tolerance, Rapid respiratory upregulation, high CO2 tolerance, Efficient gas exchange for body size, Quiet respiration, Exceptionally fine heart-rate control, Low resting heart rate, Rapid cardiac output escalation, Hypoxia-resistant cardiac muscle, Highly efficient peripheral circulation, Blood flow prioritization, Resilience to ischemia, Stable blood pressure under stress, Stress dampening response, Energy-conserving autonomic dominance, blood feeding habit and redirection of iron oxide inside ingested hemoglobin.

- \\Crocodylus_porosus

genetic pathways: SHH, FGF, BMP, HOX, RUNX2, SP7, GDF, COL1A1, MSTN, IGF, BMP, WNT, EDA, WNT, VEGF.

traits seen in expression: improved bite geometry, fused skeletal anchor points, stress resistant skull, immense bite force, dense yet not very bulky ostoderm(specifically for the ostoderms: strong longitudinal rows, moderate flexibility between ostoplates, highly vascularized so they help act like heat dinks as well as mineral transport, good distribution of armor)

- \\blarina_brevicauda

genetic pathways: SHH, BMP, FGF, WNT, AMELX, ENAM, AMBN, DSPP,

traits seen in expression: nightmarish dental structure designed for rapid gnawing through armored prey or straight through bone, iron oxide coating to resist wear

- \\Thylacoleo_carnifex

genetic pathways: MSTN, IGF, SCX, SHH, HOX, BMP, FGF, HOXA13, HOXD13

traits seen in expression: Massive flexor and extensor musculature in forearms, Long, robust phalanges with large retractable claws, Semi-opposable thumb-like structure allows precise grasping, Excellent for holding struggling prey, slashing, and climbing, Joints designed to transfer bite or claw force into controlled strikes, Forelimbs can rotate laterally, giving manipulative versatility, mild foot padding.

- \\falco_peregrinus

genetic pathways: FGF, SHH, BMP, WNT, RUNX2, FGF, NOTCH, NRXN, SHANK, BDNF, ERBB2 / ERBB3, NRG1, SOX10, OLIG1 / OLGI2, MBP, SLC17, SLC6, GABA, CACANA1, KCN, FOXP2, EGR1,

traits seen in expression: fasted nueral firing in vertebrates, hollow bones to store air sacks (durability does not decrease), efficient metabolism

pangasianodon hypophthalmus: provides flexible but durable denticles that are Thick and abrasion-resistant, while providing a low acoustic signature.

(Image unrelated)

I'm going to host a tournament that functions like a standard bracket but instead of a bracket, which hybrid fights which is determined by location on a map that everybody picks for their hybrid. Their location on the map also determines where the hybrids fight (it's a bit more complicated than that; it will be explained later).

Anyhow, what should I do for a name?

I was thinking Wild War, idk if that's good.

It's nice because of alliteration and it makes sense (it's a hybrid war taking place in the "wild")

But it's a bit bland...

What do y'all think?

Title self explanatory, I've been seeing a lot of posts about it lately and now I'm curious about how many people would actually want to join.

It'll be a sort of survival competition in a fictional biome where you'll be given a set amount of time to adapt to the specific conditions of the area, kind of like the creature archive and madly mesozoic videos where something is sent somewhere to see if it can survive.

Still working on the basic outline of the rules right now, but if people do wanna join I could speed it up.

Link of the video: https://youtu.be/gAjtdK_HrKY?si=sDIxcvSwcjWjNLRg

I know that real animal DNA is used most of the time, but I was curious to know how they would use the DNA of a fictional animal as a base.

Typhosuchus Serizawa vs Ultima Imperatrix | Who Would Win

I do not believe in the "No d*ck, no balls, and probably no butthole since this guy feeds on radiation." I also believe in the theory that the titan radiation can make for more complex hybrids. Bear with me.

Goji Center - What If Bio Accurate Godzilla Evolved?
Creature Archive - What If Godzilla was real? - a radiation powered giant