This part of the bone is extracted to treat diseases like sickle cell anemia or leukemia, diseases that particularlly affect blood cells, this structure is:
This structure of the bone doesn't have any nerves or blood vessels and we can find it in joints preventing bones waste by movements.
After whatching the video describe three different joints that the girl used to do the pirouette, explain the movement that these joints allow and where are these located.
In the step four the dancer explains how to move the head while she is doing her piruette, this movement is possible thanks to:
Circle with red the axial skeleton
Circle with green the appendicular skeleton
Compare axial and appendicular skeleton function.
Label 5 bones and 2 joints that help the boy to do the cartwheel movement.
Ps: you are only allowed to take one type of bone of the hand.
One type of joint is the slightly movable joint that only connects bones and fuses with them, this type of joint is also on the pelvis and this allows the pelvis to be flexible.
This snake molting its exoskeleton, which means that it doesn't have an inernal skeleton.
One of the reasons why we should stay active is related with the production of LPL (Lipoprotein lipase), when there is muscle inactivity the production of LPL is going to:
Resistance exercise (hard intensity, short duration) is important for your muscles because:
Choose the joints that allow this tennis player to hit the ball from the hand to the hip in his appendicular skeleton.
The joints of your hands that help you to play videogames are:
This structure is where bone marrow is produced.
This bone is mineralized mostly by calcium phosphate and covers the external part of the bone.
Your bones also store energy, in form of addipose tissue or fats, where is this tissue located as a reservoir?