Planarian worms have the ability to regenerate into two new worms if cut in half because of their amazing regenerative capabilities. Each half is able to regenerate the missing parts, resulting in two separate worms.
Binary fission is the process in which one can divide as a form of reproduction. Planeria are known for their binary fission which involves regenerating their bodies from parts that had been cut off. They are known to become two separate planeria after being severed in half, under the right conditions, and can even become double-headed if cut correctly.
Annelid worms cannot be cut and half and live. Other types of worms can be respawned in their entirety if a sufficient portion of their original body was retained.
it would continue to live because worms have 4 hearts. :) But if you cut a worm in half and it doesent keep moving its because that's really just half of a worm that someone already cut in half
Worms are still alive when they are cut, so they can move. They regenerate their bodies.
yeah
If you cut a worm in half, the half with the head on it, the tail will grow back. It will NOT become two worms!!!
IF you cut a worm in half, the bottom half will die because it cannot grow a new head. However, the top half will live and heal.
Contrary to popular belief, if you cut a worm in half, it will not regrow into two separate worms. The part with the head may survive and regenerate its tail, but the other part will likely die. It's not recommended to cut worms in half as it can cause harm to them.
They will not live. However, they will stay alive for a few hours just as a chicken will stay alive after chopping off it's head for a few minutes. actually they will live. they will grow tails again. I have played with worms since i was a child. They have more than 1 heart and more than 1 brain. a planaria worm will grow back in to two separate worms if you cut it in half, Yes this is the right answer but i think they have 4 hearts and live forever and they grow back
umm, probly not.. only worms
It duplicates through regeneration