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It activates the adenyl cyclase so that the formation of cyclic AMP is increased, which in turn increases the synthesis of specific lysosomal enzymes. ine, These enzymes break down the organic matrix of bone and release calcium. Give me a flowchart for this

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A clean vertical flowchart showing the mechanism of PTH (parathyroid hormone) action on bone calcium release. The flowchart should have the following steps connected by downward arrows: 1. PTH (Parathyroid Hormone) binds to receptor on osteoblast/osteoclast 2. Activation of Adenyl Cyclase (enzyme on cell membrane) 3. Increased formation of Cyclic AMP (cAMP) from ATP 4. cAMP acts as second messenger 5. Increased synthesis of specific Lysosomal Enzymes (e.g., collagenase, acid hydrolases) 6. Lysosomal enzymes break down Organic Matrix of Bone (collagen, proteoglycans) 7. Release of Calcium (Ca²⁺) into bloodstream 8. Rise in Blood Calcium levels (Hypercalcemia) Each step should be in a rounded rectangle box. Use a blue and white color scheme with clear bold text. Title at the top: "PTH-Mediated Bone Resorption via cAMP Pathway". Arrows should be bold and clearly visible.

PTH-Mediated Bone Resorption via cAMP Pathway
Here is the flowchart for the PTH-mediated calcium release pathway. Here's a quick summary of the steps:
  1. PTH binds to its receptor on the osteoblast/osteoclast surface
  2. Adenyl cyclase is activated - the membrane-bound enzyme
  3. Cyclic AMP (cAMP) is formed from ATP (acts as second messenger)
  4. cAMP stimulates synthesis of lysosomal enzymes (e.g., collagenase, acid hydrolases)
  5. Lysosomal enzymes break down the organic matrix of bone (collagen and proteoglycans)
  6. Calcium is released from bone into the bloodstream
  7. Blood calcium rises (hypercalcemia effect of PTH)
This is the classic PTH mechanism of bone resorption - it operates via the cAMP second messenger system to ultimately mobilize stored calcium from the skeleton.

In simple language give t

It looks like your message got cut off! Could you finish your question? Did you mean to ask me to explain the flowchart in simple language, or something else?

Yes

Here's the whole process in simple language:
Think of it like a chain reaction in the body:
Step 1 - The signal arrives Your body releases a hormone called PTH (Parathyroid Hormone) when blood calcium is low. It travels to bone cells and knocks on the door (binds to the receptor).
Step 2 - A switch gets turned on This "knock" switches ON an enzyme inside the cell called adenyl cyclase - think of it like flipping a light switch.
Step 3 - A messenger is made The activated enzyme converts ATP (energy molecule) into cyclic AMP (cAMP). cAMP is basically a tiny internal messenger that carries the signal deeper into the cell.
Step 4 - Factory orders go out The cAMP messenger tells the cell's factory: "Make more digestive enzymes!" These are called lysosomal enzymes - they are stored in small sacs (lysosomes) inside the cell.
Step 5 - Bone gets dissolved These digestive enzymes are released and start breaking down the organic framework of bone (mainly collagen - the protein that gives bone its structure).
Step 6 - Calcium is freed When the bone framework breaks down, calcium stored inside the bone gets released into the blood.
End result: Blood calcium levels go back up. Mission accomplished!
One line summary: PTH tells bone cells to produce digestive enzymes that dissolve bone and release calcium into the blood - all through the cAMP messenger system.
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