GLOSSARY

Portfolio Diet combines specific cholesterol-lowering food components, including plant sterols, viscous fiber, nuts and plant-protein sources.

For example, a person with elevated triglycerides and another with elevated LDL cholesterol may need different emphases within a heart-supporting diet. Identify the actual abnormal component and overall clinical risk. A change in a single result should be reviewed with the full profile rather than used to claim that every cardiovascular concern has resolved.

Lipid management distinguishes LDL cholesterol, triglycerides, non-HDL cholesterol and other relevant markers rather than treating every abnormal result as the same problem. Dietary fat quality, fiber-containing foods, alcohol, energy balance and underlying conditions can affect different components. Medication may also be indicated according to overall cardiovascular risk. A high HDL value does not cancel elevated atherogenic risk, and changing one laboratory number does not by itself demonstrate improved clinical outcomes or superior athletic performance.

A lipid profile needs the measured components, units, sampling conditions and clinical purpose to be clear. LDL, HDL, total cholesterol and triglycerides describe different quantities, while non-HDL cholesterol summarizes cholesterol carried outside HDL. A fasting sample may be requested for particular reasons but is not required for every lipid assessment. Evaluate trends and cardiovascular risk rather than treating one favorable component as permission to ignore an unfavorable one. Athletic status does not make an abnormal result automatically harmless.

Cardioprotective eating commonly emphasizes vegetables, fruit, legumes, whole grains, nuts and suitable unsaturated-fat sources while improving the quality of fat and reducing excessive sodium. Benefits depend on what replaces the foods reduced. Clinical lipid and blood-pressure goals require broader assessment, including medication when indicated. Athletes should adapt portions and carbohydrate supply to training rather than assuming a heart-supporting pattern must be low in energy, extremely restrictive or unsuitable for fueling exercise.

Total fat amount and fat quality describe different aspects of a diet. Replacing saturated fat with appropriate unsaturated sources differs from simply adding oil or replacing fat with refined carbohydrate. Very low fat intake can make essential fatty-acid supply and overall adequacy harder to achieve. A high-fat diet is not necessarily ketogenic. Evaluate the actual foods, total energy and clinical aim while retaining enough carbohydrate and protein for the athlete's planned work.

Clinical nutrition translates assessment into an individualized intervention and evaluates the response. A disease name alone cannot define the prescription: disease stage, medication, symptoms, laboratory findings, intake and functional goals matter. Screening identifies possible risk, whereas a full assessment supports a nutrition diagnosis and care plan. A sports context adds training demands but does not remove clinical requirements. Coordinate care when medical and performance objectives interact instead of applying a standard athlete menu to every patient.

Nutrition follow-up compares intended goals with actual intake, symptoms, function, relevant measurements and the person's experience. Specify the time frame and what would justify adjustment, continuation or referral. A treatment response can be beneficial, absent or adverse, and adherence alone does not prove effectiveness. Retain enough documentation to understand what changed. For an athlete, consider health and training quality alongside body mass or laboratory results so that apparent progress in one measure does not hide deterioration elsewhere.