MAL 74 October 2026 | Page 101

cause, management may involve treating an infection, improving dietary habits, addressing stress and supporting healthy digestive function.

When Inflammation Should Not Be Ignored

Although occasional indigestion may not indicate a serious problem, persistent or worsening symptoms deserve attention. Dyspepsia can sometimes be associated with conditions requiring medical assessment. Warning symptoms include unexplained weight loss, persistent vomiting, difficulty or pain when swallowing, gastrointestinal bleeding, anaemia, recurrent severe pain or a significant change in symptoms.

Dietary management of inflammation should focus on choosing foods that provide nutrients and protective compounds while reducing excessive intake of foods that may promote inflammation. A balanced diet rich in vegetables, fruits, whole grains, legumes, nuts, seeds and healthy sources of protein provides fibre, vitamins, minerals and antioxidants that support the body ' s natural defence and repair processes.

Omega-3 fatty acids help regulate inflammatory processes in the body and supports a healthier balance of inflammatory responses. Food sources of omega 3 fatty acids include sardines, salmon and tuna, as well as flaxseeds and chia seeds. Vitamin E has antioxidant properties that help protect body cells from damage caused by free radicals, which can contribute to inflammation. Food sources of vitamin E include nuts, seeds, avocado and vegetable oils.

The Role of Nutrition in Dyspepsia

Food is one of the most obvious factors influencing digestive symptoms because everything we eat eventually comes into contact with the digestive system. However, there is no single diet that works for everyone. Foods that trigger symptoms in one person may be tolerated well by another. The most useful approach is therefore to understand individual responses while maintaining a nutritious and balanced diet. Some of the key considerations in the management of dypepsia include:

Controlling food portions: Large meals worsen feelings of fullness, bloating and discomfort. Eating moderate portions at regular intervals may be more comfortable for some people. Eating slowly and chewing food thoroughly can also help because digestion begins in the mouth, while slower

99 MAL74 / 26 ISSUE eating gives the body time to recognize fullness.

Increasing fiber-rich foods: Adequate consumption of fibre rich foods is essential for bowel health and supports a healthy gut environment. People who are not accustomed to high-fibre foods should gradually increase their intake while maintaining adequate fluid consumption. Fruits, vegetables, whole grains, legumes and other plant foods should form an important part of a balanced diet, provided they are tolerated.

Food preparation: Steamed, boiled, baked or lightly cooked foods may be more comfortable for some people than heavily fried meals. Fried foods delay stomach emptying and worsen symptoms such as fullness, nausea and acid reflux.

Adequate Hydration: Adequate water intake supports digestion by helping break down food, support digestive secretions, prevent constipation, and promote normal movement of food through the digestive tract. People with dyspepsia should aim to take atleast 2 litres of water spread throughout the day.

How Metabolic Rate Influences Dyspepsia

Metabolic rate refers to the rate at which the body uses energy to support essential functions such as breathing, circulation, digestion, temperature regulation, physical activity and cellular processes. Changes in metabolism rate can influence the digestive function and contribute to symptoms such as bloating, early fullness, abdominal discomfort, nausea and indigestion.

When metabolic activity is well supported through adequate nutrition, regular physical activity, hydration and sufficient sleep, the digestive system is generally better positioned to coordinate normal gastrointestinal functions.

A slower metabolic state may also be associated with reduced physical activity, changes in body composition and alterations in gastrointestinal motility. When movement through the digestive tract becomes slower, food may remain in the stomach for longer, potentially increasing feelings of fullness, bloating and discomfort, particularly after large or fatty meals. Delayed gastric emptying can also increase the likelihood of reflux-related symptoms in susceptible individuals.

Stress and the Gut-Brain Connection The digestive system does not work independently from the brain. The two systems communicate continuously through nerves, hormones, immune signals and chemical messengers. This complex relationship is often called the gut-brain axis.

When a person is stressed, the body releases hormones and activates physiological systems designed to help it respond to challenges. These responses are useful in the short term, but persistent stress can influence appetite, eating behaviour, stomach movement and pain sensitivity.

Some people eat more when stressed, while others lose their appetite. Others may rely on highly processed foods, sugary foods or caffeinated drinks for comfort or energy.

Stress may also increase awareness of normal digestive sensations. A sensation that might normally go unnoticed can become uncomfortable when the nervous system is highly alert. This can contribute to the cycle in which digestive discomfort causes anxiety, anxiety increases digestive sensitivity, and increased sensitivity produces more discomfort.

Sleep is equally important since it affects appetite regulation, stress hormones, food choices and general metabolic health.

Kepha Nyanumba is a seasoned Marketing Africa Columnist working as a Consultant Nutritionist at Crystal Health Consultants Limited. You can engage him on this or related matters via mail at: Kephanyanumba @ gmail. com, or visit his website: kephanyanumba. com.