Why FGFR3 inhibitors are retarded and their upgrade (22 Viewers)

[fent]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

 

[Razi]

Nice work

 

[fent]

Nice work

Forgot to @ you mb

 

[Razi]

Forgot to @ you mb

I was active anyway so no need

 

[MedSlayer]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

Here we go again

 

[fent]

Here we go again

Wdym

 

[Hauptmann]

 

[fent]

Bump

 

[Biomaxx]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

Good read js got a few things
If overacting fgfr3 is the thing upregulating snail then why not js inhibit fgfr3 ?

The high % inhibition of snail will mess with very many pathways

Inhibiting fgfr3 is incredibly more local to the plates, doesnt fuh with to many other pathways

Imo I think fgfr3 inhibtion mogs, people use sacubritil to cleave cnp and slows vosoritide breakdown, ive never heard of it used in other contexts.

Great read tho, I love it when people post actual kinda original ideas here

 

[fent]

Good read js got a few things
If overacting fgfr3 is the thing upregulating snail then why not js inhibit fgfr3 ?

The issue with this is if you can't afford tyra it will mess with growth as fgfrs are needed to actually grow.

The high % inhibition of snail will mess with very many pathways

Tbh snail needs it's own separate thread when I have time to research the risks of it.

Inhibiting fgfr3 is incredibly more local to the plates, doesnt fuh with to many other pathways

The biggest issue for me is the inhibition of FGFR2; there’s also a chance it’s counterproductive for growth because infigratinib may shut growth plates after usage.

Imo I think fgfr3 inhibtion mogs, people use sacubritil to cleave cnp and slows vosoritide breakdown, ive never heard of it used in other contexts.

Give me a little longer to research haha. The reason I wanted to post this ASAP was to help people thinking about fgfr3 inhibitors, for now I think snail1 inhibition mogs but I just need more time to research lol

Great read tho, I love it when people post actual kinda original ideas here

And thanks alot brah hugee complement from you

 

[Biomaxx]

The issue with this is if you can't afford tyra it will mess with growth as fgfrs are needed to actually grow.

Tbh snail needs it's own separate thread when I have time to research the risks of it.

The biggest issue for me is the inhibition of FGFR2; there’s also a chance it’s counterproductive for growth because infigratinib may shut growth plates after usage.

Give me a little longer to research haha. The reason I wanted to post this ASAP was to help people thinking about fgfr3 inhibitors, for now I think snail1 inhibition mogs but I just need more time to research lol

And thanks alot brah hugee complement from you

Tbh I need to research up fgfr3 inhibtion myself.

I see the f2 problem 100% and im pretty sure Loxo-435 solves that

 

[fent]

Tbh I need to research up fgfr3 inhibtion myself.

I see the f2 problem 100% and im pretty sure Loxo-435 solves that

Yeah but realistically none of us can afford that thus we need to resort to other methods.

 

[Biomaxx]

Yeah but realistically none of us can afford that thus we need to resort to other methods.

Sell babies

 

[fent]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

Also forgot this

Spoiler: GKC

nineteen XvideosDemon antifoidaction carbon FaZe_Kjetil00 @ LifeEnjoyer Amygdala blank coloringhalo <@1124828874656714963> H hideandseek Michael b Mirin Mtn_hell Peace Tismo@determinism@Kanyewestlover66 slogxER Skulloute determinism

 

[Dragon]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

peak idea u were saying yesterday mirin the guide

 

[fent]

peak idea u were saying yesterday mirin the guide

Will fs do another thread on snail1, needs another in depth thread tbh.

 

[XvideosDemon]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

Nice shit bro

 

[thuuk]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

Good thread, mirin the iq

 

[Mtn_hell]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

Nice

 

[atrophicpyra]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

U Do realize u will get shorter bec it will mature more freely as u said meaning ur growth plates will mature faster lmao

 

[fent]

U Do realize u will get shorter bec it will mature more freely as u said meaning ur growth plates will mature faster lmao

doing snail1 inhibition?

 

[atrophicpyra]

doing snail1 inhibition?

Yes most things that promote osteoblasts speed up chrondrocyte differentiation more than chrondrocyte proliferation meaning ur gonna get shorter final predicted height if u do snail1 inhibition

 

[fent]

Yes most things that promote osteoblasts speed up chrondrocyte differentiation more than chrondrocyte proliferation meaning ur gonna get shorter final predicted height if u do snail1 inhibition

Just use an ai

 

[atrophicpyra]

Just use an ai

the estrogen isnt the problem its the inhibition of snail1, + snail1 inhibition will override any ai anyday youd still be shorter

 

[fent]

the estrogen isnt the problem its the inhibition of snail1, + snail1 inhibition will override any ai anyday youd still be shorter

You're probally right i realised snail1 inhibition wasnt worth it anyway, i found better things

 

[atrophicpyra]

You're probally right i realised snail1 inhibition wasnt worth it anyway, i found better things

Mind telling me the better things u found bahi what i found that worked other than hgh and ai is abalo and teri, only if used correctly

 

[fent]

Mind telling me the better things u found bahi what i found that worked other than hgh and ai is abalo and teri, only if used correctly

Gonna make a thread soon dw

 

[atrophicpyra]

Gonna make a thread soon dw

Ok bet ping me when u make it

 

[Brian]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

Nice ....

 

[fent]

Nice ....

They still work theres just better things out there

 

[Dragon]

So essentially what ur saying is if you eat a snail everday your reaching 7ft

 

[fent]

fentasticfob

 

[True_Autist]

They still work theres just better things out there

do you still think SNAIL1 inhibition mogs since you are on fgfr3 inhibitors i think

 

[birthdefect]

Spoiler: What is FGFR3 and why do we need FGFRs for growth?

FGFR3 or Fibroblast growth factor receptor 3 is a protein. It belongs to the family of receptor tyrosine kinases. These receptors are located on cell surfaces. Fgfr3 binds to specific signaling molecules called fibroblast growth factors. Upon binding it triggers intracellular pathways. These pathways regulate cell division. They also control cell differentiation and migration. Mutations in fgfr3 can lead to skeletal disorders. For example achondroplasia.

Fibroblast growth factor receptors are essential for normal growth. They transmit signals from growth factors to cells. This transmission promotes proliferation of chondrocytes in developing bones. Without functional fgfrs skeletal elongation fails to occur properly. Organ development relies on these receptors for coordinated cell responses. Tissue repair and angiogenesis depend on fgfr signaling. Absence or dysfunction of fgfrs results in severe developmental defects. Proper fgfr activity ensures balanced growth across multiple body systems.
Pan FGFR3 inhibitors (for example infigratinib) inhibit FGFR1-4 therefore making it bad for growth.

Spoiler: What is snail1?

SNAIL1, also called SNAI1, is a zinc finger transcription factor protein that acts mainly as a gene repressor; it binds to DNA and shuts down certain target genes while sometimes activating others, playing a central role in pushing epithelial cells to undergo epithelial-mesenchymal transition during embryo formation, tissue repair, and cancer progressi

Spoiler: It's relation to FGFR3

inhibiting SNAIL1 can increase growth because this factor often works downstream of signals like those from FGFR3 receptors in cartilage cells of developing bones; overactive FGFR3 ramps up SNAIL1 activity, which then represses genes needed for chondrocyte proliferation and proper bone lengthening, leading to conditions such as achondroplasia with stunted skeletal growth, so blocking SNAIL1 removes that brake and lets chondrocytes divide and mature more freely to promote elongation. In addition, SNAIL1 can directly slow cell cycle progression and proliferation in various cell types through pathways involving factors like EGR1 or FOXO1, meaning its inhibition lifts that suppression and allows faster division without triggering cell death.

Spoiler: Ways to inhibit snail1

At the time im writing this i still need to do more research however so far the best ways ive found are

Sacubitril
Ellagic acid

Spoiler: @

AlexBrown3434 tmpll fgfr3 @Biomaxx Synapse paracelsus guilty sneakyalex7 MedSlayer
hopefully didnt miss anyone

tyra is the best fgfr3 inhibitor and it almost certainly increases height in healthy humans
sacubitril and cilostazol both suppress snail1

Good read js got a few things
If overacting fgfr3 is the thing upregulating snail then why not js inhibit fgfr3 ?

The high % inhibition of snail will mess with very many pathways

Inhibiting fgfr3 is incredibly more local to the plates, doesnt fuh with to many other pathways

Imo I think fgfr3 inhibtion mogs, people use sacubritil to cleave cnp and slows vosoritide breakdown, ive never heard of it used in other contexts.

Great read tho, I love it when people post actual kinda original ideas here

voso is already immune to NEP, sacubitril wouldnt do anything
cilostazol amplifies its downstream cascade so it would multiply the effect of voso
in my humble opinion cilo mogs

 

[fent]

tyra is the best fgfr3 inhibitor and it almost certainly increases height in healthy humans
sacubitril and cilostazol both suppress snail1

voso is already immune to NEP, sacubitril wouldnt do anything
cilostazol amplifies its downstream cascade so it would multiply the effect of voso
in my humble opinion cilo mogs

My opinion has changed alot from this post. Snail1 inhibition is pretty stupid as you don't wanna inhibit it everywhere but only selectively and there is barley any, if any drugs that can do it.
Pan FGFR3 Inhibitors would still work despite the rape of FGFRs
And wouldn't cilo be inferior to cialis or what

 

[fent]

do you still think SNAIL1 inhibition mogs since you are on fgfr3 inhibitors i think

Fgfr3 inhibition is better

 

[True_Autist]

Fgfr3 inhibition is better

dosage?