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  2. Octopus - Wikipedia

    en.wikipedia.org/wiki/Octopus

    An octopus (pl.: octopuses or octopodes [a]) is a soft-bodied, eight-limbed mollusc of the order Octopoda (/ ɒ k ˈ t ɒ p ə d ə /, ok-TOP-ə-də [3]).The order consists of some 300 species and is grouped within the class Cephalopoda with squids, cuttlefish, and nautiloids.

  3. Cephalopod limb - Wikipedia

    en.wikipedia.org/wiki/Cephalopod_limb

    Cephalopod limbs bear numerous suckers along their ventral surface as in octopus, squid and cuttlefish arms and in clusters at the ends of the tentacles (if present), as in squid and cuttlefish. [9] Each sucker is usually circular and bowl-like and has two distinct parts: an outer shallow cavity called an infundibulum and a central hollow ...

  4. Akkorokamui - Wikipedia

    en.wikipedia.org/wiki/Akkorokamui

    Homage to Akkorokamui is often for ailments of the limbs or skin, but mental purification and spiritual release is particularly important. [citation needed] Akkorokamui is characteristically described with the ability to self-amputate, like several octopus species, and regenerate limbs.

  5. These two-headed worms could help scientists regrow lost limbs

    www.aol.com/news/2016-12-28-these-two-headed...

    Geneticist Michael Levin created these two-headed worms as part of his investigations into using bioelectricity to regrow lost body parts.

  6. Cephalopod - Wikipedia

    en.wikipedia.org/wiki/Cephalopod

    Squids do not have the longitudinal muscles that octopus do. Instead, they have a tunic. [81] This tunic is made of layers of collagen and it surrounds the top and the bottom of the mantle. Because they are made of collagen and not muscle, the tunics are rigid bodies that are much stronger than the muscle counterparts.

  7. Hox genes in amphibians and reptiles - Wikipedia

    en.wikipedia.org/wiki/Hox_genes_in_amphibians...

    Hox genes play a massive role in some amphibians and reptiles in their ability to regenerate lost limbs, especially HoxA and HoxD genes. [1]If the processes involved in forming new tissue can be reverse-engineered into humans, it may be possible to heal injuries of the spinal cord or brain, repair damaged organs and reduce scarring and fibrosis after surgery.

  8. Humans Are One Crucial Step Closer to Regenerating Limbs - AOL

    www.aol.com/humans-one-crucial-step-closer...

    Humans Are One Step Closer to Regenerating Limbs Getty Images Blastema cells in deer grow into bone and antler cartilage, holding the key to possible bone regrowth in humans.

  9. Marine Biologist Called 'Beautiful Human' for Rescuing ...

    www.aol.com/lifestyle/marine-biologist-called...

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