Welcome to the official website of the
"TARDIMAN"In 2099, extreme weather has become the norm, we seem to be on a path that makes our planet difficult to inhabit. The extremophile tardigrade is an organism that can survive and reproduce under any harsh conditions.
The public hospital with government support, decided to launch the project, which genetically recombines the tardigrades with other species on the planet by implanting their unique genes. Once implanted with the device, humans and animals may undergo random physical changes similar to the tardigrade state, becoming a so-called “TARDIMAN."
Welcome to the official website of the TARDIMAN Project. Our mission is to use cutting-edge genetic engineering technology to help humans and animals survive and thrive in extreme environments. Learn more about our project, scientific background, and how to get involved.
TARDIgrade
About
Extremophile tardigrades have survived five mass extinctions, enduring harsh conditions and extreme dangers. They have four key states of life: active, anoxic, cryptobiotic, and the ability for horizontal gene transfer.
Scientific Principles
Research has discovered that tardigrades possess a special gene called Dsup (Damage suppressor), which protects the proteins in animal bodies, thereby safeguarding the DNA strands. This protein, when present in human kidneys, could perform more effectively than normal cells.
for instance, by resisting X-rays and hydrogen peroxide. Scientists hope to utilize this gene in humans, enhancing their vitality and enabling them to withstand harsh living conditions.
Extremophile tardigrades have survived five mass extinctions, enduring harsh conditions and extreme dangers. They have four key states of life: active, anoxic, cryptobiotic, and the ability for horizontal gene transfer.
Scientific Principles
Research has discovered that tardigrades possess a special gene called Dsup (Damage suppressor), which protects the proteins in animal bodies, thereby safeguarding the DNA strands. This protein, when present in human kidneys, could perform more effectively than normal cells.
for instance, by resisting X-rays and hydrogen peroxide. Scientists hope to utilize this gene in humans, enhancing their vitality and enabling them to withstand harsh living conditions.
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In their active state, they grow and reproduce.
- In low oxygen, they enter an anoxic state, their body swells due to water imbalance, and they return to normal when conditions improve.
- The cryptobiotic state is like being dead and coming back to life.
their metabolism stops and shrink to a third of their size.
- Horizontal gene transfer is when tardigrades take in environmental
DNA and incorporate it into their own genetic materials, helping them
survive harsh conditions.
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With just one implant, you will have different life states and can survive in any extreme environment.
Test Subjects
TARDIMAN
The TARDIMAN Project is initiated by a group of scientists and researchers dedicated to improving the quality of life. With government support, we aim to endow other species with the ability to survive in extreme conditions by incorporating the unique genes of tardigrades.
Scientific Background:
Tardigrades are capable of surviving and reproducing in extreme environments. Our research focuses on their four main life states: active, anoxic, cryptobiotic, and horizontal gene transfer. By leveraging these capabilities, we aim to help other species develop similar survival traits.
Project Scenarios:
Utopian Scenario: Our project, fully supported by the government, has been widely implemented in public hospitals, benefiting all humanity. This affordable nanoscale implant device is accessible to everyone. Individuals can follow the official hospital website’s manual to perform the procedure themselves or choose to have it done with medical assistance.
1. What is the "TARDIMAN" Project?
The "TARDIMAN" project is a government-backed genetic engineering initiative aimed at enabling humans and animals to survive in extreme environments by implanting tardigrade genes.
2. Is the implantation process safe?
The process is safe and has been rigorously tested. The nanotechnology device is easy to use, allowing individuals to perform the procedure at home or at a hospital with professional assistance.
3. Who can participate in the project?
Anyone willing to undergo genetic recombination can participate, including humans and animals. For more details, please contact your local public hospital.
Contact Us:
For any questions or further information, please contact us via:
- Phone: 123-456-7890
- Email: TardimanProject@gmail.com
- Address: Address of the Public Hospital