Humans, like all vertebrates, have bilateral symmetry. This means they have symmetry across one plane (known as the sagittal plane, and directly down the centre of their body), which means one side of their body approximately mirrors the other side.
Humans have cartilage located in their bodies in areas such as the ears, nose, joints, and between bones.
Yes, humans can have small amounts of metal in their bodies, such as iron in the blood and trace amounts of other metals from the environment.
No, humans do not have fat bodies like frogs. Frogs have a unique body structure that includes storing fat in specific locations to survive hibernation and other periods of inactivity. Humans store fat under the skin and around internal organs for energy storage and insulation.
Humans have glands located throughout their bodies, including in the brain, neck, armpits, chest, abdomen, and groin. These glands produce hormones that regulate various bodily functions.
Humans can effectively eliminate worms from their bodies by taking prescribed medication, such as anthelmintics, that target and kill the worms. It is important to follow the recommended treatment regimen and maintain good hygiene practices to prevent re-infection.
Humans do not have bodies humans ARE bodies.
sort of-- there are differences, but like humans, they are pretty much symmetrical
Yes!
Unlike humans starfish has different symmetrical shape. It is just like a star.
yes humans are bilateral symmetry
Worms are bilaterally-symmetrical invertebrates. They have soft bodies and no legs.
Doesnt have to mean a thing. Bodies are rarely perfectly symmetrical.
Bodies aren't perfectly symmetrical, don't worry about it.
Humans have cartilage located in their bodies in areas such as the ears, nose, joints, and between bones.
they burn the bodies after
No, humans do not have wings on their bodies so they can not do this.
Yes, tube sponges are radially symmetrical, meaning they are symmetric around a central axis. This symmetry allows them to filter water efficiently and capture food particles as they flow through their bodies.