AI Image Prompts for Animal
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Orcinus Megalsaurus is a colossal marine hybrid stretching between 40 to 60 feet in length , weighing an imposing 50 to 75 tons. Its body is a streamlined fusion of powerful marine predators and ancient reptiles , designed for both speed and durability. Head & Jaws: Massive and robust jaws reminiscent of Mosasaurus Hoffmannii , lined with dozens of large , serrated teeth capable of slicing through the toughest prey. The jaw muscles are reinforced for crushing power , with an agile , flexible skull allowing it to swallow large creatures whole. Body: Covered in overlapping , bony , and tough Arapaima-inspired scales that provide formidable protection while maintaining flexibility for swift movement. The coloration is a gradient of deep oceanic blues and dark greys , with subtle mottled patterns for camouflage in deep waters. Spines & Armor: Sprouting venomous , long , sharp spines along its dorsal ridge , inspired by the Crown-of-Thorns starfish , these spines serve as both defense and offense , delivering painful , venomous wounds to predators or prey. Flippers & Tail: Enormous paddle-like front flippers derived from Archelon Ischyros , granting powerful swimming strokes. Its tail is flattened and ends in a strong fluke like the Mosasaurus , enabling bursts of speed up to 82 mph , matching the fastest sea animals. The tail's blubber and flexible musculature provide a springlike propulsion effect. Skin & Blubber: Beneath the scales lies a thick layer of dolphin-like blubber , providing insulation , buoyancy , and rapid healing properties. This blubber contains antimicrobial compounds that prevent infection from wounds and smooth the skin for hydrodynamic efficiency. Sensory & Communication: Equipped with the acute echolocation and vocalization abilities of Bigg’s Killer Whales , Orcinus Megalsaurus uses short-range , stealthy communication to coordinate ambush attacks. Its hearing and sonar are highly advanced , allowing it to detect prey at great distances. Mucus Secretion: When threatened , it can release a thick mucus cloud inspired by the Atlantic hagfish , confusing predators and protecting its skin from abrasion and parasites. Locomotion on Land: Although primarily aquatic , it can scoot or slide on land for short distances , using its powerful flippers akin to a leopard seal , allowing it to traverse beaches or shallow coasts. Regeneration: Thanks to the axolotl gene integration , Orcinus Megalsaurus can regenerate lost limbs , spines , and even parts of its internal organs , making it extraordinarily resilient. Abilities: Speed & Agility: Capable of reaching speeds of 45 to 82 mph in short bursts , making it one of the fastest marine predators ever. Its rigid pectoral fins can be tilted back like a black marlin to reduce drag during high-speed chases. Venomous Defense: Venomous spines deter attackers and can incapacitate prey or enemies with painful wounds. Stealth & Teamwork: Utilizes orca-like stealth and coordinated hunting tactics , ambushing prey with precision and communication that avoids detection. Healing & Immunity: Blubber layer accelerates wound healing and provides antimicrobial defense , ensuring survival from injuries sustained during hunts or fights. Mucus Defense: Can deploy mucus clouds to escape or confuse predators and parasites. Environmental Adaptability: Tolerates a wide range of salinity , from freshwater estuaries to deep oceanic waters , allowing it to exploit diverse hunting grounds. ,
Orcinus Megalsaurus is a colossal marine hybrid stretching between 40 to 60 feet in length , weighing an imposing 50 to 75 tons. Its body is a streamlined fusion of powerful marine predators and ancient reptiles , designed for both speed and durability. Head & Jaws: Massive and robust jaws reminiscent of Mosasaurus Hoffmannii , lined with dozens of large , serrated teeth capable of slicing through the toughest prey. The jaw muscles are reinforced for crushing power , with an agile , flexible skull allowing it to swallow large creatures whole. Body: Covered in overlapping , bony , and tough Arapaima-inspired scales that provide formidable protection while maintaining flexibility for swift movement. The coloration is a gradient of deep oceanic blues and dark greys , with subtle mottled patterns for camouflage in deep waters. Spines & Armor: Sprouting venomous , long , sharp spines along its dorsal ridge , inspired by the Crown-of-Thorns starfish , these spines serve as both defense and offense , delivering painful , venomous wounds to predators or prey. Flippers & Tail: Enormous paddle-like front flippers derived from Archelon Ischyros , granting powerful swimming strokes. Its tail is flattened and ends in a strong fluke like the Mosasaurus , enabling bursts of speed up to 82 mph , matching the fastest sea animals. The tail's blubber and flexible musculature provide a springlike propulsion effect. Skin & Blubber: Beneath the scales lies a thick layer of dolphin-like blubber , providing insulation , buoyancy , and rapid healing properties. This blubber contains antimicrobial compounds that prevent infection from wounds and smooth the skin for hydrodynamic efficiency. Sensory & Communication: Equipped with the acute echolocation and vocalization abilities of Bigg’s Killer Whales , Orcinus Megalsaurus uses short-range , stealthy communication to coordinate ambush attacks. Its hearing and sonar are highly advanced , allowing it to detect prey at great distances. Mucus Secretion: When threatened , it can release a thick mucus cloud inspired by the Atlantic hagfish , confusing predators and protecting its skin from abrasion and parasites. Locomotion on Land: Although primarily aquatic , it can scoot or slide on land for short distances , using its powerful flippers akin to a leopard seal , allowing it to traverse beaches or shallow coasts. Regeneration: Thanks to the axolotl gene integration , Orcinus Megalsaurus can regenerate lost limbs , spines , and even parts of its internal organs , making it extraordinarily resilient. Abilities: Speed & Agility: Capable of reaching speeds of 45 to 82 mph in short bursts , making it one of the fastest marine predators ever. Its rigid pectoral fins can be tilted back like a black marlin to reduce drag during high-speed chases. Venomous Defense: Venomous spines deter attackers and can incapacitate prey or enemies with painful wounds. Stealth & Teamwork: Utilizes orca-like stealth and coordinated hunting tactics , ambushing prey with precision and communication that avoids detection. Healing & Immunity: Blubber layer accelerates wound healing and provides antimicrobial defense , ensuring survival from injuries sustained during hunts or fights. Mucus Defense: Can deploy mucus clouds to escape or confuse predators and parasites. Environmental Adaptability: Tolerates a wide range of salinity , from freshwater estuaries to deep oceanic waters , allowing it to exploit diverse hunting grounds. ,
Orcinus Megalsaurus is a colossal marine hybrid stretching between 40 to 60 feet in length , weighing an imposing 50 to 75 tons. Its body is a streamlined fusion of powerful marine predators and ancient reptiles , designed for both speed and durability. Head & Jaws: Massive and robust jaws reminiscent of Mosasaurus Hoffmannii , lined with dozens of large , serrated teeth capable of slicing through the toughest prey. The jaw muscles are reinforced for crushing power , with an agile , flexible skull allowing it to swallow large creatures whole. Body: Covered in overlapping , bony , and tough Arapaima-inspired scales that provide formidable protection while maintaining flexibility for swift movement. The coloration is a gradient of deep oceanic blues and dark greys , with subtle mottled patterns for camouflage in deep waters. Spines & Armor: Sprouting venomous , long , sharp spines along its dorsal ridge , inspired by the Crown-of-Thorns starfish , these spines serve as both defense and offense , delivering painful , venomous wounds to predators or prey. Flippers & Tail: Enormous paddle-like front flippers derived from Archelon Ischyros , granting powerful swimming strokes. Its tail is flattened and ends in a strong fluke like the Mosasaurus , enabling bursts of speed up to 82 mph , matching the fastest sea animals. The tail's blubber and flexible musculature provide a springlike propulsion effect. Skin & Blubber: Beneath the scales lies a thick layer of dolphin-like blubber , providing insulation , buoyancy , and rapid healing properties. This blubber contains antimicrobial compounds that prevent infection from wounds and smooth the skin for hydrodynamic efficiency. Sensory & Communication: Equipped with the acute echolocation and vocalization abilities of Bigg’s Killer Whales , Orcinus Megalsaurus uses short-range , stealthy communication to coordinate ambush attacks. Its hearing and sonar are highly advanced , allowing it to detect prey at great distances. Mucus Secretion: When threatened , it can release a thick mucus cloud inspired by the Atlantic hagfish , confusing predators and protecting its skin from abrasion and parasites. Locomotion on Land: Although primarily aquatic , it can scoot or slide on land for short distances , using its powerful flippers akin to a leopard seal , allowing it to traverse beaches or shallow coasts. Regeneration: Thanks to the axolotl gene integration , Orcinus Megalsaurus can regenerate lost limbs , spines , and even parts of its internal organs , making it extraordinarily resilient. Abilities: Speed & Agility: Capable of reaching speeds of 45 to 82 mph in short bursts , making it one of the fastest marine predators ever. Its rigid pectoral fins can be tilted back like a black marlin to reduce drag during high-speed chases. Venomous Defense: Venomous spines deter attackers and can incapacitate prey or enemies with painful wounds. Stealth & Teamwork: Utilizes orca-like stealth and coordinated hunting tactics , ambushing prey with precision and communication that avoids detection. Healing & Immunity: Blubber layer accelerates wound healing and provides antimicrobial defense , ensuring survival from injuries sustained during hunts or fights. Mucus Defense: Can deploy mucus clouds to escape or confuse predators and parasites. Environmental Adaptability: Tolerates a wide range of salinity , from freshwater estuaries to deep oceanic waters , allowing it to exploit diverse hunting grounds. ,
I make hand-poured candles and need a design for a Candle Care Instruction Card. The card should be aesthetic and minimal , with natural illustrations , like branches or twigs , possibly in the corners or as subtle decorative elements. The style should feel calm , clean , and slightly rustic or nature-inspired. Please include the following text in an easy-to-read serif or handwritten-style font: CANDLE CARE • For the first time , leave the candle burning for at least an hour to avoid ‘tunneling’ and fast ending of the candle • Do not keep the candle lit for more than 4 hours • Trim the wick to 6mm before each use (or remove the burnt part with your hands) • Do not blow out the candle , but cover it with a lid to avoid an unpleasant smell • Keep the candle away from children , animals , and open windows • When not in use , cover the candle with a lid to avoid dust on it • Do not leave a candle unattended if it contains dried flowers to prevent possible ignition ,
Ultra-realistic , high-action scene of a violent fight between a large , muscular dog (like a Rottweiler or Cane Corso) and a powerful tiger in a jungle clearing. Both animals are in motion , mid-fight — claws slashing , teeth bared , fur flying. Dust and leaves swirl around them from the intense movement. The dog lunges toward the tiger with wide jaws , while the tiger counters with a paw strike. The tension is raw and primal. Cinematic lighting , fast motion blur , extreme detail on fur , muscle , and expressions. Dramatic angle , photo-realistic , 8K resolution , National Geographic style , action-packed moment. ,
Ultra-realistic , high-action scene of a violent fight between a large , muscular dog (like a Rottweiler or Cane Corso) and a powerful tiger in a jungle clearing. Both animals are in motion , mid-fight — claws slashing , teeth bared , fur flying. Dust and leaves swirl around them from the intense movement. The dog lunges toward the tiger with wide jaws , while the tiger counters with a paw strike. The tension is raw and primal. Cinematic lighting , fast motion blur , extreme detail on fur , muscle , and expressions. Dramatic angle , photo-realistic , 8K resolution , National Geographic style , action-packed moment. ,
An ultra-detailed full-body depiction of Imam Husayn in mid-battle stillness , his head wrapped in a brocade-padded maghfir covered by a gleaming iron egg helmet , the hood cushioning underneath , his broad chest encased in a scarred metal breastplate over a flowing red-tinted 'prince' robe , the dust of Karbala settling on his earth-toned alban and sirwal , a divine radiance enveloping his face , silhouetted against a battlefield horizon of burnt sand , with dramatic golden-hour shadows conveying divine presence and sacrifice in solemn nobility. Negative Prompt: sci-fi armor , modern fashion , lack of cultural authenticity , visible face , glowing tattoos , cyberpunk influences , neon effects , futuristic setting , animal features , abstract poses , cropped limbs , close-up , glossy surfaces , surreal lighting , bright saturated colors ,
breathtaking bird eye view of landscape of a massive cost of Jungle animals zoo view overgrown , an otherworldly light amidst a mystical sky BREAK , Create an image using a prism effect appearance. BREAK , Design an image with a fish-eye lens effect , capturing a wide field of view with a distinctive , A Lion on a outdoor zoo entrance sign with letters covered in various animal prints including zebra , giraffe , tiger , and leopard. Colorful jungle theme with animal statues , surrounded by sun-bleached armor and Jungle animals. BREAK , around a dust splash , aqua-white , strange animals zoo , white sunset , vibrant ,
Create a set of modern , dynamic logo designs for a karting brand called [insert name]. The logos should convey speed , adrenaline , and competition. Use a bold , sleek style with sharp lines or fluid motion effects. Consider incorporating elements like: A stylized kart silhouette with motion blur/light trails An abstract animal mascot (e.g. , wolf , hawk , or panther) in a racing pose A minimalist helmet with a racing track inside Neon/cyberpunk accents (optional) Color schemes to explore: Black + neon blue/orange Red + white + black (classic racing) Metallic silver/gradient with electric purple Retro 80s (pink , teal , yellow) Variations: One version with a circular badge style (like F1 teams) One angular/esports-style emblem One minimalist text-based logo with speed lines Use high contrast for visibility on small prints and digital media. Avoid clutter—keep it iconic and scalable ,
Create a set of modern , dynamic logo designs for a karting brand called [insert name]. The logos should convey speed , adrenaline , and competition. Use a bold , sleek style with sharp lines or fluid motion effects. Consider incorporating elements like: A stylized kart silhouette with motion blur/light trails An abstract animal mascot (e.g. , wolf , hawk , or panther) in a racing pose A minimalist helmet with a racing track inside Neon/cyberpunk accents (optional) Color schemes to explore: Black + neon blue/orange Red + white + black (classic racing) Metallic silver/gradient with electric purple Retro 80s (pink , teal , yellow) Variations: One version with a circular badge style (like F1 teams) One angular/esports-style emblem One minimalist text-based logo with speed lines Use high contrast for visibility on small prints and digital media. Avoid clutter—keep it iconic and scalable ,
Create a set of modern , dynamic logo designs for a karting brand called [insert name]. The logos should convey speed , adrenaline , and competition. Use a bold , sleek style with sharp lines or fluid motion effects. Consider incorporating elements like: A stylized kart silhouette with motion blur/light trails An abstract animal mascot (e.g. , wolf , hawk , or panther) in a racing pose A minimalist helmet with a racing track inside Neon/cyberpunk accents (optional) Color schemes to explore: Black + neon blue/orange Red + white + black (classic racing) Metallic silver/gradient with electric purple Retro 80s (pink , teal , yellow) Variations: One version with a circular badge style (like F1 teams) One angular/esports-style emblem One minimalist text-based logo with speed lines Use high contrast for visibility on small prints and digital media. Avoid clutter—keep it iconic and scalable." ,
Create a set of modern , dynamic logo designs for a karting brand called [insert name]. The logos should convey speed , adrenaline , and competition. Use a bold , sleek style with sharp lines or fluid motion effects. Consider incorporating elements like: A stylized kart silhouette with motion blur/light trails An abstract animal mascot (e.g. , wolf , hawk , or panther) in a racing pose A minimalist helmet with a racing track inside Neon/cyberpunk accents (optional) Color schemes to explore: Black + neon blue/orange Red + white + black (classic racing) Metallic silver/gradient with electric purple Retro 80s (pink , teal , yellow) Variations: One version with a circular badge style (like F1 teams) One angular/esports-style emblem One minimalist text-based logo with speed lines Use high contrast for visibility on small prints and digital media. Avoid clutter—keep it iconic and scalable." ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , Scelidosaurus , Gigantopithecus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Utahraptor , Saurophaganax , and Giganotosaurus was used as the base genome for the hybrid. The shape of the headcrest is from the Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Gigantopithecus DNA added for Knuckle-walking. Triceratops , and Scelidosaurus armor added a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew iron teeth , the Inland taipan's retractable fangs and the Komodo Dragon serrated teeth genome was used to form the teething of the hybrid. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. Cuttlefish genes were intended to help the hybrid withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the hybrid to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , Scelidosaurus , Gigantopithecus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Utahraptor , Saurophaganax , and Giganotosaurus was used as the base genome for the hybrid. The shape of the headcrest is from the Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Gigantopithecus DNA added for Knuckle-walking. Triceratops , and Scelidosaurus armor added a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew iron teeth , the Inland taipan's retractable fangs and the Komodo Dragon serrated teeth genome was used to form the teething of the hybrid. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. Cuttlefish genes were intended to help the hybrid withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the hybrid to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , Scelidosaurus , Gigantopithecus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Utahraptor , Saurophaganax , and Giganotosaurus was used as the base genome for the hybrid. The shape of the headcrest is from the Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Gigantopithecus DNA added for Knuckle-walking. Triceratops , and Scelidosaurus armor added a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew iron teeth , the Inland taipan's retractable fangs and the Komodo Dragon serrated teeth genome was used to form the teething of the hybrid. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. Cuttlefish genes were intended to help the hybrid withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the hybrid to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , Scelidosaurus , Gigantopithecus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Utahraptor , Saurophaganax , and Giganotosaurus was used as the base genome for the hybrid. The shape of the headcrest is from the Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Gigantopithecus DNA added for Knuckle-walking. Triceratops , and Scelidosaurus armor added a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew iron teeth , the Inland taipan's retractable fangs and the Komodo Dragon serrated teeth genome was used to form the teething of the hybrid. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. Cuttlefish genes were intended to help the hybrid withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the hybrid to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , Scelidosaurus , Gigantopithecus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Utahraptor , Saurophaganax , and Giganotosaurus was used as the base genome for the hybrid. The shape of the headcrest is from the Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Gigantopithecus DNA added for Knuckle-walking. Triceratops , and Scelidosaurus armor added a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew iron teeth , the Inland taipan's retractable fangs and the Komodo Dragon serrated teeth genome was used to form the teething of the hybrid. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. Cuttlefish genes were intended to help the hybrid withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the hybrid to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Gigantopithecus , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Gigantopithecus , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Gigantopithecus , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Gigantopithecus , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. It also gave the Indominus rex an incredibly strong bite that could crush bulletproof glass. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Gigantopithecus , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. It also gave the Indominus rex an incredibly strong bite that could crush bulletproof glass. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Gigantopithecus , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. It also gave the Indominus rex an incredibly strong bite that could crush bulletproof glass. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Gigantopithecus , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. It also gave the Indominus rex an incredibly strong bite that could crush bulletproof glass. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Ape , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. It also gave the Indominus rex an incredibly strong bite that could crush bulletproof glass. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Gigantopithecus DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropod species that were Utahraptor , Saurophaganax , and Giganotosaurus. Also the DNA of Quadrupes like Triceratops , and Scelidosaurus. DNA of modern animals such as Greater blue-ringed octopus , Inland Taipan , Northern Short-tailed Shrew , Komodo Dragon , Opossum , Mongoose , Ape , Whiptail Lizard , Cuttlefish , and Tardigrades. The genome of Tyrannosaurus rex , Triceratops and Giganotosaurus was used as the base genome for the hybrid. Including the shape of the head in some parts from Giganotosaurus and Triceratops. It also gave the Indominus rex an incredibly strong bite that could crush bulletproof glass. Utahraptor DNA was added for high levels of intelligence and the ability to make plans , decisions and pack hunting. Reduced hind legs and Ape DNA added Knuckle-walking Quadruped. Triceratops , and Scelidosaurus were added to act as a biological form of armor that absorbed most of the incoming attacks. Northern short-tailed shrew , the Inland taipan's retractable fangs and the Komodo Dragon DNA was used to form the teeth of the Indominus that were used to tear through the flesh and armor of opponents. Saurophaganax and Ape DNA added the presence of long strong arms with slashing hook claws and the use of tools. A swipe of the hybrid's claws would take down bigger opponents. While using tools for smaller elusive prey. Cuttlefish genes were intended to help the Venenosus withstand an accelerated growth , but it also added chromatophore cells in the skin so it could change the shape , color , and texture of its skin like a cuttlefish. Opossum , Mongoose and Tardigrades DNA was added for the Venenosus to be more resistant to climate changes , harmful toxins or bacterial infections , while tardigrades also added survival of extreme conditions such as exposure to extreme temperatures , extreme pressures , air deprivation , radiation , dehydration , and starvation. They have several defense mechanisms , including: A metabolic rate that gets as low as 0.01 percent of the normal rate. Organs protected by a sugary gel called trehalose. A protein that shields their DNA from radiation harm. Synthesis of cryoprotectant in chilly temperatures to prevent the development of ice crystals.Northern short-tailed shrew , the Inland Taipan , Greater blue-ringed octopus and the Komodo Dragon's DNA also added special cavities and glands in the skull that gave her infrared vision , and highly toxic saliva. Said DNA also gave her the ability to open her mandibles and jaws as wide as a snake , specifically at around 90 degrees.Lastly , DNA from a whiptail lizard was added for reproduction purposes. ,