ilikemylittlesister
tall bones short dick
- Joined
- Mar 2, 2026
- Posts
- 36
- Reputation
- 16
Arimidex – 9/10
Arimidex works by lowering estrogen levels. Since estrogen is one of the main hormones responsible for closing the growth plates (epiphyseal fusion), reducing it can potentially delay that process and allow for a longer growth window.
T4-Thyro – 8/10
This is a thyroid hormone (levothyroxine). Thyroid hormones play an important role in bone development, especially by helping chondrocytes in the growth plate mature properly, which supports normal linear growth.
Lithium – 7/10
Lithium may activate the Wnt/β-catenin signaling pathway, which is involved in bone formation and development. Because of this, it might have some supportive effects on bone growth processes.
Zinc – 7/10
Zinc is an important mineral that acts as a cofactor in many biological processes, including the production of growth hormone (GH) and IGF-1. Adequate zinc levels are important for normal growth and development.
Vitamin D3 – 7/10
Vitamin D3 helps regulate calcium metabolism and plays a role in the differentiation of cartilage cells within the growth plate. Proper vitamin D levels are essential for healthy bone growth.
Cod Liver Oil – 6/10
Cod liver oil contains vitamins A and D along with omega-3 fatty acids. These nutrients support bone remodeling and may help maintain healthy IGF-1 signaling.
Clomid – 6/10
Clomid is a selective estrogen receptor modulator (SERM). It can increase LH and FSH levels, which in turn may raise testosterone and potentially support IGF-1 activity.
Tamoxifen – 6/10
Tamoxifen is another SERM that affects estrogen receptors. Its impact on bones and growth plates is complex because it can act as both an estrogen blocker and mimic estrogen in certain tissues.
MenaQ7 (Vitamin K2-MK7) – 6/10
Vitamin K2 helps activate osteocalcin, a protein that plays an important role in bone mineralization and directing calcium to the bones.
Tadalafil – 5/10
Tadalafil may improve blood flow through the nitric oxide (NO) and cGMP pathway. In theory, increased blood flow could improve nutrient delivery to growth plates.
L-Arginine – 5/10
L-Arginine can temporarily increase growth hormone release by reducing somatostatin activity, although the effect is usually short-lived.
Melatonin (3 mg) – 5/10
Melatonin may support bone formation and regulate circadian rhythms, which indirectly affects growth hormone release. However, very high doses may inhibit some growth plate cell activity.
Creatine – 4/10
Creatine mainly improves training performance and muscle energy production. Any growth-related benefits would likely be indirect through improved training capacity.
Magnesium – 4/10
Magnesium supports many metabolic processes and is necessary for vitamin D activation, which is important for bone metabolism.
MSM – 4/10
MSM is often used for joint and cartilage support due to its anti-inflammatory properties.
NAC – 3/10
N-Acetylcysteine (NAC) is an antioxidant. Some theoretical mechanisms suggest it could support cellular signaling pathways related to IGF-1.
Telmisartan – 3/10
Telmisartan mainly works through PPAR-γ modulation and metabolic effects. Its direct impact on growth processes is minimal.
Flurbiprofen – 3/10
As a COX inhibitor, flurbiprofen may reduce prostaglandin production, which could potentially blunt certain growth-related signaling pathways.
Valproic Acid – 2/10
Valproic acid may negatively affect growth because it can promote chondrocyte apoptosis (cell death in growth plate cartilage), which could inhibit longitudinal bone growth.
Arimidex works by lowering estrogen levels. Since estrogen is one of the main hormones responsible for closing the growth plates (epiphyseal fusion), reducing it can potentially delay that process and allow for a longer growth window.
T4-Thyro – 8/10
This is a thyroid hormone (levothyroxine). Thyroid hormones play an important role in bone development, especially by helping chondrocytes in the growth plate mature properly, which supports normal linear growth.
Lithium – 7/10
Lithium may activate the Wnt/β-catenin signaling pathway, which is involved in bone formation and development. Because of this, it might have some supportive effects on bone growth processes.
Zinc – 7/10
Zinc is an important mineral that acts as a cofactor in many biological processes, including the production of growth hormone (GH) and IGF-1. Adequate zinc levels are important for normal growth and development.
Vitamin D3 – 7/10
Vitamin D3 helps regulate calcium metabolism and plays a role in the differentiation of cartilage cells within the growth plate. Proper vitamin D levels are essential for healthy bone growth.
Cod Liver Oil – 6/10
Cod liver oil contains vitamins A and D along with omega-3 fatty acids. These nutrients support bone remodeling and may help maintain healthy IGF-1 signaling.
Clomid – 6/10
Clomid is a selective estrogen receptor modulator (SERM). It can increase LH and FSH levels, which in turn may raise testosterone and potentially support IGF-1 activity.
Tamoxifen – 6/10
Tamoxifen is another SERM that affects estrogen receptors. Its impact on bones and growth plates is complex because it can act as both an estrogen blocker and mimic estrogen in certain tissues.
MenaQ7 (Vitamin K2-MK7) – 6/10
Vitamin K2 helps activate osteocalcin, a protein that plays an important role in bone mineralization and directing calcium to the bones.
Tadalafil – 5/10
Tadalafil may improve blood flow through the nitric oxide (NO) and cGMP pathway. In theory, increased blood flow could improve nutrient delivery to growth plates.
L-Arginine – 5/10
L-Arginine can temporarily increase growth hormone release by reducing somatostatin activity, although the effect is usually short-lived.
Melatonin (3 mg) – 5/10
Melatonin may support bone formation and regulate circadian rhythms, which indirectly affects growth hormone release. However, very high doses may inhibit some growth plate cell activity.
Creatine – 4/10
Creatine mainly improves training performance and muscle energy production. Any growth-related benefits would likely be indirect through improved training capacity.
Magnesium – 4/10
Magnesium supports many metabolic processes and is necessary for vitamin D activation, which is important for bone metabolism.
MSM – 4/10
MSM is often used for joint and cartilage support due to its anti-inflammatory properties.
NAC – 3/10
N-Acetylcysteine (NAC) is an antioxidant. Some theoretical mechanisms suggest it could support cellular signaling pathways related to IGF-1.
Telmisartan – 3/10
Telmisartan mainly works through PPAR-γ modulation and metabolic effects. Its direct impact on growth processes is minimal.
Flurbiprofen – 3/10
As a COX inhibitor, flurbiprofen may reduce prostaglandin production, which could potentially blunt certain growth-related signaling pathways.
Valproic Acid – 2/10
Valproic acid may negatively affect growth because it can promote chondrocyte apoptosis (cell death in growth plate cartilage), which could inhibit longitudinal bone growth.
