Beware of Sweet Tooth Syndrome and Men's Health Through Scientific Salt Consumption

Office Sweets Syndrome

Sugar is an essential nutrient for the human body. It participates in the formation of body tissues and provides energy through metabolism. With the continuous improvement of people's living standards, sugary snacks, drinks, and fruits are becoming increasingly abundant. As office workers engage in more mental labor and experience greater work pressure, the number of snacks on their desks used to "stress" is also increasing, and more and more men are joining the ranks of snackers.

Excessive sugar consumption can have adverse effects, such as causing obesity and inducing diabetes. The sugar we usually eat is sucrose, which is converted into glucose, a molecule smaller than sucrose, in the body and then oxidized, eventually metabolized into carbon dioxide and water, releasing energy in the process. The oxidation of glucose requires enzymes containing vitamin B₁ to catalyze the process. If excessive sucrose is consumed over a long period, the body will accelerate sugar oxidation, consuming large amounts of vitamin B₁, leading to a shortage. The human body cannot synthesize vitamin B₁ itself and must obtain it entirely from food. Consuming excessive amounts of sweets can impair appetite, easily leading to insufficient intake of vitamin B₁-rich foods. This ultimately affects glucose oxidation, producing more incompletely oxidized byproducts such as pyruvate and lactic acid. These substances accumulate in brain tissue, affecting the central nervous system and causing a series of symptoms, including poor concentration, mood swings, and irritability. This condition is professionally termed "sweet tooth syndrome," which is detrimental to daily life, work, and study. To prevent "sweet tooth syndrome," it's important to control sugar intake, reduce consumption of high-sugar foods in the office, and engage in regular exercise to burn excess energy and avoid obesity. Aim for daily sugar intake of no more than 0.5 grams per kilogram of body weight, and increase your intake of foods rich in vitamin B₁, such as apples, animal liver, and lean meat.

Scientific Salt Consumption for Healthy Growth

People consume salt not only for flavoring but also because it is an essential mineral for the human body. As everyone knows, the chemical composition of table salt is sodium chloride. Sodium ions are mostly found in body fluids and soft tissues, participating in the metabolism of water in the body, regulating muscle excitability and cardiac activity, and playing a crucial role in maintaining the acid-base balance of body fluids and the osmotic pressure between cells and body fluids. Chloride ions are the main anions in gastric juice; after combining with hydrogen ions to form hydrochloric acid, they can promote the secretion of digestive juices, increase appetite, and ensure the pH required for pepsin activity, maintaining normal body fluid circulation. Most chloride ions are found in extracellular fluid, playing a role in maintaining the body's acid-base balance and osmotic pressure balance.

Research results show that insufficient salt intake is harmful to health, while excessive salt intake is also harmful. Insufficient salt intake leads to sodium deficiency, which can cause loss of appetite, weakness in the limbs, dizziness, and in severe cases, anorexia, nausea, muscle spasms, blurred vision, decreased blood pressure, increased heart rate, and even shock. If the body ingests too much salt, the increased water absorption due to salt's water-absorbing properties can lead to high blood pressure. Therefore, experts recommend that adults consume no more than 12 grams of salt per day.

Nowadays, iodized salt is commonly used. When consuming iodized salt, the following two points should be noted:

① When purchasing iodized salt, consider that iodine is volatile when exposed to air. Therefore, it's better to buy iodized salt in small plastic bags, allowing you to consume the salt more quickly and minimize iodine loss.

② When cooking, iodine is highly volatile at high temperatures. The higher the temperature and the longer the cooking time, the greater the iodine loss. Therefore, it's best to add iodized salt when the dish is almost cooked to minimize the loss of trace amounts of iodine.