Anatomy & Physiology On The Go Anatomy & Physiology On The Go
-
- Education
-
Enhance your Anatomy and Physiology knowledge while enjoying life to its fullest
-
Episode 27: Compact bone, spongy bone, bone development
A discussion about the differences between compact and spongy bone as well as a chat about bone development
-
Episode 26: Bone matrix and bone cells
Bone Part 2. Bone matrix, osteogenic cells, osteoblasts, osteocytes, osteoclasts
-
Episode 25: Bone function and classification
Bone Part 1. Bone function and classification
-
Episode 24: Blood Part 5
This episode will discuss platelets and blood clotting
-
Episode 23: Blood Part 4
This episode will discuss white blood cells, both their origins and their functions.
-
Episode 22: Blood Part 3
This episode will discuss a condition called Hemolytic Disease of the Newborn
Customer Reviews
Helpful for Quick Final Exam Review
I like how these podcasts are short and to the point. Makes it especially helpful when reviewing final exam material cause it’s easy and not too time consuming to come back to the material. Something I didn’t know about bones is that there are two types of bone marrow, red and yellow and that the red healthy bone marrow is what can be donated to leukemia patients.
Hailee Brown
Listening to Episode 27 has helped me study! I am able to understand it easier! Thank you for making this podcast!
Love how you teach this difficult subject and you make it make sense!
After listening to this podcast I understood and was able to memorized the 11 organ systems in the body. I also learned that they all need to work together to keep our bodies in homeostasis! Homeostasis is maintaining balance in our bodies, we need to always be in homeostasis for our bodies to function properly. Negative feed back is an amazing function our bodies can do to help us get back to being in homeostasis when we are get off balance!
I learned what effect long term consumption of alcohol can have on our liver and how severe the outcome could be, I also learned that liver is the largest internal organ in our bodies