5 Effective Methods to Incorporate with Creatine

More than 90% of creatine is transported into muscle cells by the activity of specialized transport proteins that are present on the surface of cell membranes. Creatine transporters are sodium-dependent, and their activity can be enhanced by the presence of insulin. Insulin is a hormone released by the pancreas after the ingestion of carbohydrates and proteins, and its goal is to stabilize blood glucose levels. Insulin affects the body in many ways, including accelerating the transport of components within cells, such as creatine and carbs. Research shows that creatine in combination with carbs accelerates the accumulation of creatine by 60% faster than in the case of creatine alone. Furthermore, this combination allows for a reduction in the excretion of creatine in urine, which suggests better utilization of this component. However, the level of insulinogenic components added to a dose of creatine is significant. The research team of G. R. Steenge conducted a study in which participants were given 12.4 grams of creatine and insulin injections in various amounts simultaneously. An increase in insulin dosage led to an increase in creatine in muscle cells, but a statistically significant increase was only achieved at a dose of 105 mU/m2/min. A comparable effect can be achieved by consuming about 90 grams of carbs together with a dose of creatine, although part of it can be replaced by protein, which also exhibits insulinogenic properties.

In one scientific study, the effectiveness of a combination of 20 g of creatine, 100 g of sucrose, and 1000 mg of alpha-lipoic acid (ALA) was evaluated. This blend allowed for faster muscle saturation with creatine than creatine alone or a mixture of creatine and sucrose, suggesting a positive effect of alpha-lipoic acid.

This is a hydrophilic compound, meaning it readily interacts with water, binding to it as it traverses the digestive system, which can result in gastrointestinal problems. Hence, it's beneficial to consume creatine with a fluid to avert potential stomach discomfort. This combination, however, offers more benefits as creatine molecules, absorbed into muscle cells, can bind to water and lead to minor cell swelling, which increases their hydration and enhances the effectiveness of muscle functioning.

Leucine is one of the branched-chain amino acids that plays a particularly crucial role in our muscles as it regulates the process of phosphorylation of mTOR kinases, leading to the stimulation of muscle protein synthesis. This effect promotes the development of muscle mass independently of creatine supplementation, but the activation of PI(3, 5)P2 protein is also influenced by the impact on creatine transporters on the surface of cells.

Data suggests that tarragon may have anti-hyperglycemic effects when combined with creatine. The specific characteristics of this plant may lead to improved insulin sensitivity, which can lead to better absorption of creatine.