maintains muscle, connective tissues, brain and heart cells.
What is IGF 1?
Insulin-like growth factor 1 (IGF 1) is a protein, produced primarily by the liver, responsible for a wide variety of cellular functions consisting of normal growth and health maintenance. Comparable in molecular structure to insulin (thus the name), this hormonal agent helps to move glucose through the cell membranes and assists to provide the raw products that cells need for growth and repair consisting of muscle, heart and nerve cells. Insulin is made in the pancreas, and IGF 1 is produced in the liver. The two hormones collaborate, back and forth to identify what the body will utilize as fuel. When you consume, insulin kicks in and the body is sustained by sugar. Throughout fasting periods, fat is mostly used for fuel. Over time, if the liver becomes fatty, the body can lose the capability to make IGF 1, therefore causing the body to create more insulin, leading to diabetes. IGF-1 plays an essential function in youth development and continues to have anabolic impacts in adults. IGF-1 is produced throughout life, with the highest levels of IGF-1 production taking place throughout adolescence and the least expensive levels throughout infancy and old age. Production of IGF-1 is promoted by development hormone (GH) and can be decreased by lots of aspects including malnutrition, GH insensitivity, and absence of GH receptors. Variation in levels of GH and IGF-1 in the body consists of insulin levels, genetics, illness, age, sex, ethnicity, nutrition, tension, and fitness level.
Advantages of Increased Growth Hormone Levels
More GH and IGF-1 boosts muscle and cognitive efficiency. Therefore, optimizing the production and secretion of GH can be a great addition to any research program. When the volume of human growth hormonal agent (HGH) produced by the pituitary gland boosts, it triggers a boost in the production of Insulin-Like Growth Factor-1 (IGF-1) by the liver and results in numerous possible theoretical research benefits such as:
- Decreased body fat
- Increased muscle mass
- Increased strength
- Improved energy & strength
- Improved quality of sleep
- Helps combat insomnia
- Increases physical and mental performance
- Enhances calcium retention
- Bone density Improves
- Improves immune function
- Enhances fat burning
- Improves skin elasticity
- Aids in connective tissue repair post injury
Both GH and IGF-1 are known to enhance efficiency, and increasing GH causes increased IGF-1. IGF-1 maintains muscle, connective tissues, brain, and heart cells, so it is widely used in anti-aging and athletic training procedures. Because IGF-1 is a protein, it can not be soaked up orally since it is quickly broken down in the gastrointestinal system. This is why injection therapy is the preferred approach. Peptide Therapies The peptide treatment procedures (Amino Acid Analogs) are likewise referred to as secretagogues (pronounced se-creta-gog), a compound that promotes secretion. These amino acid chains communicate with the body to produce or GHRH. For this reason a secretagogue causes the body’s natural processes to produce growth hormone and the resultant increase in IGF-1 levels. Secretagogues do not act as growth hormones but rather stimulate the pituitary gland to produce growth hormone. The secretagogue for growth hormonal agent stimulation is a preferred route to assist slow down age and environmental decreases in growth hormonal agent levels.
For educational/research purposes only. This is not medical advice.