Created at 9:56 a.m. Jul, 21, 2024
Author:
jollydolphin
Type of change:
Content error
Rationale for change
We don't yet have collagen, but are assembling pro-alpha-chains into procollagen.
Step 3) in the image in the extra field says as much.
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Extra
- Problems forming the triple helix may be indicative of osteogenesis imperfecta
- Glycine is swapped out with a bulkier amino acid causing steric hindrance that makes a faulty triple helix structure for type I collagen

Image licensed by Physeo and used with permission. Purchase full access here.
- Glycine is swapped out with a bulkier amino acid causing steric hindrance that makes a faulty triple helix structure for type I collagen

Image licensed by Physeo and used with permission. Purchase full access here.
Lecture Notes
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Missed Questions
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Pathoma
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Boards and Beyond
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First Aid




Sketchy



Watch Collagen (Overview and Synthesis)



Watch Congenital Bone Disorders Osteogenesis Imperfecta, Achondroplasia & Osteopetrosis



Watch Collagen (Overview and Synthesis)



Watch Congenital Bone Disorders Osteogenesis Imperfecta, Achondroplasia & Osteopetrosis
Sketchy 2
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Sketchy Extra
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Picmonic
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Pixorize


Review Collagen Synthesis



Physeo
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Bootcamp
Watch associated Bootcamp video - Connective Tissue: Collagen Structure Mutations and Wound Health
Watch associated Bootcamp video - Connective Tissue: Collagen Synthesis
Watch associated Bootcamp video - Connective Tissue: Collagen Synthesis
OME
Additional Resources
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One by one
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