5-Amino-1MQ, has the therapeutic potential to correct age-related decline in fat-burning capacity and restore the body’s natural ability to efficiently burn excess body fat as you move through your day.
In addition to aiding weight loss, 5-amino-1MQ may exert the following beneficial effects in those who take it through supplementation:
- Improve symptoms of obesity-related metabolic conditions
- Increase cellular energy burning
- Prevent lipogenesis (fat accumulation)
- Improve cognition
- Can reverse diet-induced obesity
- Can treat related metabolic conditions
- Can increase cellular energy regulators
- Can prevent lipogenesis (fat accumulation)
- Can increase NAD+and SAM concentrations in fat cells
- Can regulate energy expenditure in fat cells
5-Amino-1MQ is a small, selective, membrane permeable molecule that is an NNMT inhibitor, and an ideal ingredient for anti-obesity medication.
This NNMT inhibitor could be used to prevent adipogenesis and type II diabetes, and reverse diet-induced obesity as a result of increased intracellular NAD+ and SAM.
Over time it becomes harder to lose weight due to metabolic changes. 5-amino 1MQ may represent hope for many with severe obesity. Find out more about this peptide and its potential benefits.
5-Amino-1MQ provides benefits in weight loss, muscle increase, rejuvenation, increased energy & anti-aging
Excess weight and obesity can be difficult to reverse or treat effectively. This can be due to changes in metabolism that reduce the ability of the body’s fat stores to break down and become available as a source of energy.
As a result, people affected by excess weight and obesity may find it harder to lose weight over time regardless of diets, eating styles or activity patterns.
As fat cells grow larger, they begin to overproduce an enzyme called NNMT. This enzyme acts to slow down fat cell metabolism (fat burning).
This slowdown makes it harder for these cells to burn accumulating fat. As fat tissue grows and more NNMT is produced, greater amounts of hormones and pro-inflammatory signals are produced that are responsible for weight gain and other chronic diseases such as type 2 diabetes and cardiovascular disease.
Researchers at the University of Texas discovered a molecule that blocks this metabolic slowdown in white fat cells caused by excess NNMT.
By blocking this metabolic slowdown, they were able to increase the metabolism within the white fat cells.
Researchers add that by inhibiting the NNMT enzyme, we can increase fat cell metabolism and reduce the size of white fat deposits.