Bone Homeostasis (Calcium and Phosphorus) Part II

armandoh.org/
Sorry for the delay~
Describes the maintenance of bones in the human body.
Reference: Rhoades and Pflanzer Chapter 26

[@armandohasudungan]

@samantharago You are right, thanks. I wonder why I said multiple colony stimulating factor.

[@epicpopularguy]

Thanks for this, I love how you illustrated the activation of the osteoclasts into the multinucleated forms by them joining together like that haha

[@samantharago]

M-CSF stands for Macrophage colony-stimulating factor.

[@sunvavachi]

Seriously very well done! Your really good at understand and depicting the topics. You should be teaching in classes!

[@debapriyasengupta]

Very good presentation, thank you.

[@titiflak]

Water has an appetite for crystals :) love it!

[@DoodlezMD]

wow!.. You have to make pdf versions of these!! :O

[@icetorta]

in min 8:29 you are saying "Meaning less bone and more minerals being absorbed by the bone" From what I understand bone resorption is the dissolution of hydroxyapatite. When you breakdown hydroxyapatite, the blood absorbs calcium and phosphate. So I was wondering what am I missing, because I don't get why the bone would absorb the minerals it just broke down. Could you clarify that for me?

[@EmpireRitz]

+missedbasha You are correct, he misspoke.

[@CheekyMiztress]

Very Helpful thank you

[@ingamedic]

These videos are very helpful! Is there way to get a copy of your drawing?

[@samantharago]

@armandohasudungan no prob, great job btw. really helpfull

[@JoelTopf]

again ca excretion is 150 mg/day not per 100 ml and phos excretion is 1100 mg per day not 100 ml

[@sabrinavaz5031]

Your hand covers the screen the majority of the time