<![CDATA[Human Anatomy: Unit 2]]>https://human-anatomy-unit-2-q0pgcz.jellypod.comPowered by Jellypod (https://www.jellypod.com)Mon, 26 Oct 2026 09:47:43 GMTMon, 12 Oct 2026 14:49:09 GMTyes2f7c8dba-c9e4-4a45-a0ae-bf3ab3353a1eCarlie DreherChapters 5, 6, 7, 8, & 9 (Powered by Jellypod)Chapters 5, 6, 7, 8, & 9 (Powered by Jellypod)episodicCarlie Dreherfeed+78355a14@podcasts.jellypod.comfalse<![CDATA[The Architecture of Motion: How Joints Work]]>https://human-anatomy-unit-2-q0pgcz.jellypod.com/episodes/bf7abef6-bfc3-488b-82cf-969c3d82b876bf7abef6-bfc3-488b-82cf-969c3d82b876Mon, 12 Oct 2026 18:11:39 GMT44Discover the fascinating mechanics of human joints, from bone carpentry and synovial fluid to the engineering trade-offs between mobility and stability. We break down joint classifications, movement vocabulary, and the complex anatomy behind the shoulder, hip, and knee.

]]>Carlie DreherDiscover the fascinating mechanics of human joints, from bone carpentry and synovial fluid to the engineering trade-offs between mobility and stability. We break down joint classifications, movement vocabulary, and the complex anatomy behind the shoulder,Discover the fascinating mechanics of human joints, from bone carpentry and synovial fluid to the engineering trade-offs between mobility and stability. We break down joint classifications, movement vocabulary, and the complex anatomy behind the shoulder, hip, and knee.false00:09:51full<![CDATA[The Dynamic Architecture of the Human Skeleton]]>https://human-anatomy-unit-2-q0pgcz.jellypod.com/episodes/c9be8985-aa48-4f7e-a933-765dd2bba133c9be8985-aa48-4f7e-a933-765dd2bba133Mon, 12 Oct 2026 18:09:41 GMT33Explore the architecture of the human skeleton, tracing how over 60 bones fuse from infancy to adulthood across the axial and appendicular systems. Learn about the cranial cavities, spinal curves, and the structural compromises between shoulder mobility and pelvic stability.

]]>Carlie DreherExplore the architecture of the human skeleton, tracing how over 60 bones fuse from infancy to adulthood across the axial and appendicular systems. Learn about the cranial cavities, spinal curves, and the structural compromises between shoulder mobility aExplore the architecture of the human skeleton, tracing how over 60 bones fuse from infancy to adulthood across the axial and appendicular systems. Learn about the cranial cavities, spinal curves, and the structural compromises between shoulder mobility and pelvic stability.false00:11:39full<![CDATA[Alive and Remodeling: The Dynamic Life of Bone]]>https://human-anatomy-unit-2-q0pgcz.jellypod.com/episodes/c9cdf39b-b871-4d8c-95b1-c7de2467a9dcc9cdf39b-b871-4d8c-95b1-c7de2467a9dcMon, 12 Oct 2026 15:59:07 GMT22Discover why the human skeleton is far from a static scaffold, functioning instead as a dynamic, living organ that constantly remodels itself. From the microscopic architecture of osteons to the rapid bone loss astronauts face in microgravity, we explore how mechanical stress and specialized cells rebuild your bones from the inside out.

Show Notes

]]>Carlie DreherDiscover why the human skeleton is far from a static scaffold, functioning instead as a dynamic, living organ that constantly remodels itself. From the microscopic architecture of osteons to the rapid bone loss astronauts face in microgravity, we explore Discover why the human skeleton is far from a static scaffold, functioning instead as a dynamic, living organ that constantly remodels itself. From the microscopic architecture of osteons to the rapid bone loss astronauts face in microgravity, we explore how mechanical stress and specialized cells rebuild your bones from the inside out. Show Notes The Skeletal System: Crash Course Anatomy & Physiology #19: https://www.youtube.com/watch?v=rDGqkMHPDqEfalse00:10:39full<![CDATA[Under the Surface: Anatomy of the Skin]]>https://human-anatomy-unit-2-q0pgcz.jellypod.com/episodes/b898a024-ac0e-4de3-960b-a38ce200934eb898a024-ac0e-4de3-960b-a38ce200934eMon, 12 Oct 2026 15:47:31 GMT11Explore the architecture and vital functions of your body's largest organ, from the protective cellular layers of the epidermis to the strength and sensation of the dermis. Discover why tattoos are permanent, how fingerprints form, and the clever ways your integumentary system regulates temperature and defends against the outside world.

]]>Carlie DreherExplore the architecture and vital functions of your body's largest organ, from the protective cellular layers of the epidermis to the strength and sensation of the dermis. Discover why tattoos are permanent, how fingerprints form, and the clever ways youExplore the architecture and vital functions of your body's largest organ, from the protective cellular layers of the epidermis to the strength and sensation of the dermis. Discover why tattoos are permanent, how fingerprints form, and the clever ways your integumentary system regulates temperature and defends against the outside world.false00:13:44full