New ways to grow taller

iblameb

iblameb

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Honestly, I have no clue about any of this, I'm just copying and pasting what I've red on chatgpt but I gotta say its pretty interesting cuz Ive never seen anyone discuss about these:


🧬 1. C-type natriuretic peptide (CNP analogs)

This is actually one of the most promising newer directions.
  • CNP stimulates bone growth directly
  • It works by counteracting FGFR3, which normally limits growth
Used in medicine for:
  • Achondroplasia (where growth is suppressed)
Why it’s interesting:
👉 It bypasses GH/IGF and hits the growth plate more directly


🧬 2. Parathyroid hormone-related protein (PTHrP pathway)

This regulates how long growth plates stay active.
  • Keeps chondrocytes (growth plate cells) alive and dividing longer
  • Works in balance with other signals (like FGFR3)
The idea:
👉 Extend the lifespan of growth plates, not just speed


🧬 3. Indian hedgehog signaling (IHH pathway)

This is a key regulator of growth plate development.
  • Controls:
    • Bone lengthening
    • Coordination of growth plate zones

🧬 4. Sclerostin inhibition (Wnt/β-catenin pathway)

  • Sclerostin normally blocks bone formation
  • Inhibiting it → more bone growth activity
Used in:
  • Osteoporosis treatments
Important nuance:
👉 This mainly increases bone density, not length

So:
  • Stronger bones ≠ taller bones

🧬 5. Epigenetic regulation

This is more abstract but powerful.
  • Controls which growth genes are turned on/off
  • Influenced by:
    • Nutrition
    • sleep
    • environment
Why it matters:
👉 This is probably the real “hidden layer” — not a single compound, but regulation of the whole system


đź§  Big picture (this is the key insight)

All these “new” pathways fall into 3 strategies:
  1. Stimulate growth (GH, IGF, CNP)
  2. Remove brakes (FGFR3 inhibition, lower estrogen)
  3. Extend growth window (PTHrP, hormonal timing)
 
  • Hmm...
  • +1
Reactions: satangoy, Navity and italianltn
Drink alot of water and sleep
 
  • +1
  • JFL
Reactions: looks_minimizing and iblameb
Honestly, I have no clue about any of this, I'm just copying and pasting what I've red on chatgpt but I gotta say its pretty interesting cuz Ive never seen anyone discuss about these:


🧬 1. C-type natriuretic peptide (CNP analogs)

This is actually one of the most promising newer directions.
  • CNP stimulates bone growth directly
  • It works by counteracting FGFR3, which normally limits growth
Used in medicine for:
  • Achondroplasia (where growth is suppressed)
Why it’s interesting:
👉 It bypasses GH/IGF and hits the growth plate more directly

🧬 2. Parathyroid hormone-related protein (PTHrP pathway)

This regulates how long growth plates stay active.
  • Keeps chondrocytes (growth plate cells) alive and dividing longer
  • Works in balance with other signals (like FGFR3)
The idea:
👉 Extend the lifespan of growth plates, not just speed

🧬 3. Indian hedgehog signaling (IHH pathway)

This is a key regulator of growth plate development.
  • Controls:
    • Bone lengthening
    • Coordination of growth plate zones

🧬 4. Sclerostin inhibition (Wnt/β-catenin pathway)

  • Sclerostin normally blocks bone formation
  • Inhibiting it → more bone growth activity
Used in:
  • Osteoporosis treatments
Important nuance:
👉 This mainly increases bone density, not length
So:
  • Stronger bones ≠ taller bones

🧬 5. Epigenetic regulation

This is more abstract but powerful.
  • Controls which growth genes are turned on/off
  • Influenced by:
    • Nutrition
    • sleep
    • environment
Why it matters:
👉 This is probably the real “hidden layer” — not a single compound, but regulation of the whole system

đź§  Big picture (this is the key insight)

All these “new” pathways fall into 3 strategies:
  1. Stimulate growth (GH, IGF, CNP)
  2. Remove brakes (FGFR3 inhibition, lower estrogen)
  3. Extend growth window (PTHrP, hormonal timing)
Wont this accelerate bone growth too?:feelswat:
 
  • +1
Reactions: iblameb
nice ai slop
 
  • +1
Reactions: iblameb
Honestly, I have no clue about any of this, I'm just copying and pasting what I've red on chatgpt but I gotta say its pretty interesting cuz Ive never seen anyone discuss about these:


🧬 1. C-type natriuretic peptide (CNP analogs)

This is actually one of the most promising newer directions.
  • CNP stimulates bone growth directly
  • It works by counteracting FGFR3, which normally limits growth
Used in medicine for:
  • Achondroplasia (where growth is suppressed)
Why it’s interesting:
👉 It bypasses GH/IGF and hits the growth plate more directly

🧬 2. Parathyroid hormone-related protein (PTHrP pathway)

This regulates how long growth plates stay active.
  • Keeps chondrocytes (growth plate cells) alive and dividing longer
  • Works in balance with other signals (like FGFR3)
The idea:
👉 Extend the lifespan of growth plates, not just speed

🧬 3. Indian hedgehog signaling (IHH pathway)

This is a key regulator of growth plate development.
  • Controls:
    • Bone lengthening
    • Coordination of growth plate zones

🧬 4. Sclerostin inhibition (Wnt/β-catenin pathway)

  • Sclerostin normally blocks bone formation
  • Inhibiting it → more bone growth activity
Used in:
  • Osteoporosis treatments
Important nuance:
👉 This mainly increases bone density, not length
So:
  • Stronger bones ≠ taller bones

🧬 5. Epigenetic regulation

This is more abstract but powerful.
  • Controls which growth genes are turned on/off
  • Influenced by:
    • Nutrition
    • sleep
    • environment
Why it matters:
👉 This is probably the real “hidden layer” — not a single compound, but regulation of the whole system

đź§  Big picture (this is the key insight)

All these “new” pathways fall into 3 strategies:
  1. Stimulate growth (GH, IGF, CNP)
  2. Remove brakes (FGFR3 inhibition, lower estrogen)
  3. Extend growth window (PTHrP, hormonal timing)
gpt thread
 
  • +1
Reactions: iblameb

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