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057. PTH action

visual-inline rebuild1 extracted figuresspeaker notes XML10 study lines1 Q&A

Individual slide images have been cropped from the rendered slide and inserted beside the matching note section. The full slide remains below only for layout/audit.

Clean FRCS notes with inline figures

PTH action

Radiograph / imaging — Fig 1. Radiograph / imagingtop left

•Bone

•Increase Ca reabsorption

•Increase PO4 reabsorption

•2. Kidney

•Decrease PO4 reabsorption

•3. Increase hydroxylation of vit D → increase GI uptake of CaPO4

•NET

•Increase serum Ca

•Decrease serum PO4

Direct Q&A

Q1 What are the diagnostic findings and management points for PTH action?

PTH action

•Bone

•Increase Ca reabsorption

•Increase PO4 reabsorption

•2. Kidney

•Decrease PO4 reabsorption

•3. Increase hydroxylation of vit D → increase GI uptake of CaPO4

•NET

•Increase serum Ca

•Decrease serum PO4

Raw speaker-note hierarchy audit

#	lvl	marL	indent	logical	original note line
1	0	None	None	0	PTH action
2	0	228600	-228600	1	Bone
3	0	171450	-171450	1	Increase Ca reabsorption
4	0	171450	-171450	1	Increase PO4 reabsorption
5	0	0	0	0	2. Kidney
6	0	171450	-171450	1	Increase Ca reabsorption
7	0	171450	-171450	1	Decrease PO4 reabsorption
8	0	0	0	0	3. Increase hydroxylation of vit D -> increase GI uptake of CaPO4
9	0	0	0	0	NET
10	1	457200	0	1	Increase serum Ca
11	1	457200	0	1	Decrease serum PO4

Improved semantic hierarchy used for the study notes

#	semantic level	section?	rewritten line
1	0		PTH action
2	1		Bone
3	1		Increase Ca reabsorption
4	1		Increase PO4 reabsorption
5	1		2. Kidney
6	1		Decrease PO4 reabsorption
7	1		3. Increase hydroxylation of vit D → increase GI uptake of CaPO4
8	1		NET
9	1		Increase serum Ca
10	1		Decrease serum PO4

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