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The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropods. Known species that were included were Utahraptor , Saurophaganax , and Giganotosaurus. There was 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. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropods. Known species that were included were Utahraptor , Saurophaganax , and Giganotosaurus. There was 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. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropods. Known species that were included were Utahraptor , Saurophaganax , and Giganotosaurus. There was 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. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropods. Known species that were included were Utahraptor , Saurophaganax , and Giganotosaurus. There was 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. ,
The hybrid was created by modifying the genome of a Tyrannosaurus rex , with the DNA of three other theropods. Known species that were included were Utahraptor , Saurophaganax , and Giganotosaurus. There was 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. ,
Genera imΓ‘genes en referencia a este texto. My nuclear family is made up of my parents , my sister and me. It is a small circle , but very close and full of contrasts. Then there is the rest of my family , which includes my aunt , my uncle , my grandmother , my great-grandmother and also my great uncle. Although we are united by blood and , in some cases , by certain physical traits , I think that in terms of personality we are quite different from each other. It is interesting to observe how within the same family such opposite ways of being can coexist , as if each one were a world of its own. For example , something that both of us β I mean most of us β share is having light eyes , which comes from my grandmotherβs side. It is like a distinctive brand that has passed from generation to generation. My mom has blue eyes , my uncle has green eyes , my aunt also has light eyes , and I have hazel eyes , which although they are not as light as theirs , still count as light eyes and contrast with the darker ones of other family members. Even my sister , who physically looks more like my dad , has darker eyes , so sheβs not as light-eyed as I am. But even though we all have similar eyes , that doesnβt mean weβre both pretty alike in personality. When it comes to personality , I think Iβm more serious than most of my family members. Some even say Iβm the most bitter. Iβm not very expressive with my emotions , and I prefer to stay out of things in social situations. My aunt is more cheerful than me β sheβs always laughing , making jokes and spreading her energy to everyone. My mom is pretty cheerful too. Weβre both pretty quiet when it comes to deeper emotions , but while she shows joy easily , I donβt. I sometimes wonder why Iβm so different , but then I see my dad and I realize: weβre both pretty calm and reserved. In that way , Iβm more like him than like my mom. My sister and I are very different. Sheβs more impulsive than me and acts without thinking a lot of the time. Sheβs flexible about things , but Iβm not β I like to think before acting , plan ahead and stay organized , even if I sometimes forget things or donβt do everything perfectly. I always try to be responsible , but sheβs not as responsible as I am. Sheβs carefree in a way I kind of admire , because it gives her a fresh way of being , even if it can be frustrating sometimes. Weβre both pretty determined when we want something , but we go about it in totally different ways. Physically , I look more like my mom than anyone else in my family. Both of us are pretty fair-skinned , with curly hair and lighter eyes. My sister and my dad , on the other hand , are not as fair as we are β they both have darker complexions , straight hair and dark eyes. These physical traits really affect how people see us. When we go out as a family , people often say Iβm more like my mom , while my sister is more like my dad. Itβs almost as if we were two pairs within one family. Interestingly , even though there are big personality differences , sometimes we surprise each other by acting in similar ways. For example , my dad and I are both pretty quiet , but we end up having deep conversations without even planning them. Itβs like we share an unspoken bond. My mom and my aunt are more forgiving than me β Iβm not as forgiving as they are. They always manage to see the bright side of things. And even my sister , though sheβs very impulsive , can sometimes be surprisingly practical in solving problems , while Iβd spend a long time overthinking them. Thereβs also a strong generational contrast. My grandmother is very traditional β sheβs not as open-minded as my aunt or my sister , who are more relaxed about modern ways of thinking. My great-grandmother is even more old-fashioned , and listening to her talk about the past really shows how much life has changed. Weβre both pretty respectful of her experiences , even if we donβt always agree. These differences in age and mindset help us grow β we learn from each other even when we see things differently. In conclusion , even though we share a family history , physical features and blood ties , our personalities are full of contrast. Both of us β meaning all of us β share some similarities , like eye color or family habits , but I think Iβm more serious , more structured and less flexible than others in my family. And I like that. The variety of personalities in my family makes us stronger , because each person brings something different , something unique that completes the rest. ,
Oh , are you shy now? That wonβt do.β He hums softly as he leans down and brushes his nose against your neck before nipping you , making you jump and inadvertently push yourself closer to him. Your arms move around his neck like they have a mind of their own. He nearly purrs when you do , so pleased with your acceptance. βThere we go. Thatβs more like it , sweet thing.β He slides his fingers down your back , and you shiver as you realize theyβre tipped with razor sharp claws , ones that could shred you in an instant if he wanted them to. You tense for just a moment , before he hums softly again , cooing in such a sweet tone that you canβt help but melt beneath his touch. Images of your union fill your mind again , of tender kisses and passionate embraces , of being laid down against these rocks and being taken again and again and again. He wouldnβt hurt you. He wants you. He needs you. ,
Oh , are you shy now? That wonβt do.β He hums softly as he leans down and brushes his nose against your neck before nipping you , making you jump and inadvertently push yourself closer to him. Your arms move around his neck like they have a mind of their own. He nearly purrs when you do , so pleased with your acceptance. βThere we go. Thatβs more like it , sweet thing.β He slides his fingers down your back , and you shiver as you realize theyβre tipped with razor sharp claws , ones that could shred you in an instant if he wanted them to. You tense for just a moment , before he hums softly again , cooing in such a sweet tone that you canβt help but melt beneath his touch. Images of your union fill your mind again , of tender kisses and passionate embraces , of being laid down against these rocks and being taken again and again and again. He wouldnβt hurt you. He wants you. He needs you. ,
create a chart for 6 year old easy to draw explaining different forces and it s uses 1. Push What It Is: Moving something away from you. Example: ποΈ Pushing a toy car. Use: Opening a door or sliding a chair. Visual: Drawing of a child pushing a swing. 2. Pull What It Is: Bringing something toward you. Example: π Pulling a wagon. Use: Closing a drawer or flying a kite. Visual: Drawing of a child pulling a rope. 3. Gravity What It Is: A force that pulls things down to Earth. Example: π An apple falling from a tree. Use: Keeps us on the ground so we donβt float away! Visual: Simple Earth with arrows pointing downward. 4. Friction What It Is: Slows things down when they rub together. Example: π Bike brakes stopping wheels. Use: Helps us walk without slipping. Visual: Shoes gripping the ground (textured lines). 5. Magnetic Force What It Is: Pulls metal objects (like iron). Example: οΏ½ fridge magnet holding a drawing. Use: Toys stick to magnets! Visual: Magnet attracting paperclips. Design Tips: Use bright colors (e.g. , red for push , blue for pull). Add arrows to show direction (β for push , β for pull). Include simple icons (e.g. , ποΈ , π) for visual learners. Keep text short and in large , readable fonts. ,
