Why the Scale Deceives

Glycogen and Its Aqueous Carryover

The human body has storage mechanisms that alter weight without involving fat.

When we consume carbohydrates, the body stores them in the liver and muscles in the form of glycogen.

The main characteristic of this compound is that, for each gram of glycogen stored, the cells retain approximately three grams of water in order to assimilate it.

This means that if an individual temporarily adopts a diet rich in carbohydrates, he or she will experience a sudden increase in the scale due to this intrinsic aqueous accumulation.

This increase has no relation to the thickening of adipose tissue, being simply a natural fluctuation of organic fluids that will quickly disappear when the macronutrient intake is stabilized again.

Remaining stomach contents

Another determining factor that distorts physical measurements is the presence of food in transit within the digestive system.

Everything we ingest has a real physical mass that temporarily adds to our total weight until the excretion process is complete.

Stepping on the scale after having consumed a large dinner, or even after drinking a large amount of liquid, will yield a higher numerical result.

This remaining volume in the stomach and intestines does not represent an increase in adiposity.

For this precise reason, experts recommend taking measurements first thing in the morning, on an empty stomach and after having a bowel movement, to eliminate this heavy variable and get a much cleaner and more reliable reading of the real body.

Biological cycles and peak stress

Hormonal swings and episodes of high emotional stress also drastically manipulate body fluids.

Women, for example, experience natural alterations in their weight during the different phases of their menstrual cycle due to changes in estrogen and progesterone, which promote marked swelling.

In parallel, going through situations of strong psychological stress or chronic exhaustion causes the adrenal glands to secrete cortisol in abundance.

This state of biological alert forces the system to retain huge amounts of water as a defense mechanism, inflating the scale and blurring muscle definition.

Understanding that these biological and nervous peaks generate a fictitious weight is crucial to avoid falling into despair and abandoning the establ