Choosing your personal protein target
A practical protein target supports muscle retention and recovery without requiring exact tracking of every meal.
Calculate a starting point
- Healthy adult: body weight × 0.83 g/day is the European reference intake.
- Healthy adult 65+: about 1.0–1.2 g/kg/day is a commonly used evidence-based range.
- Regular resistance training: about 1.2–1.6 g/kg/day is a practical range for many healthy adults; more is not automatically better.
Example: 70 kg × 1.2 = about 84 g protein per day. Spread that roughly across your main meals. Kidney disease, severe liver disease, pregnancy or clinical malnutrition require individual guidance instead.
The context that matters
- The European reference intake is a population reference for healthy adults, not a personal optimum for every life stage or training goal.
- Muscle retention depends on total protein intake, distribution across the day, adequate energy and a training stimulus.
- A useful protein target leaves room for vegetables, whole grains, fat quality and enjoyment; one macronutrient should not dominate the entire diet.
What is happening underneath
Protein supplies amino acids for muscle, enzymes, immune function and other tissues. For healthy adults, the EFSA reference of 0.83 grams per kilogram body weight is intended to cover the needs of nearly all healthy people. Older adults, active trainees, people in an energy deficit and those recovering from illness may practically require more, but the appropriate range depends on health and context.
The response to a protein-containing meal is temporary. It is therefore often more practical to distribute intake across three or four eating occasions than to consume almost everything at dinner. Plant sources can contribute fully when quantity, variety and total energy are adequate. Leucine-rich foods can be useful, but isolated amino-acid supplements are rarely the first step when normal food is feasible.
Make it actionable
Potential health benefit: Likely better muscle retention, recovery and satiety, especially alongside resistance training.
- 01Calculate a starting point, not an absolute rule
Use body weight, training load, age and goals to choose a workable range. With substantial excess weight, using target weight or lean mass may be more realistic than multiplying indefinitely by current weight.
- 02Distribute across main meals
Make sure breakfast, lunch and dinner each contain a recognisable source, such as dairy, eggs, fish, tofu, tempeh, beans or lentils.
- 03Use convenience without narrowing the diet
A protein shake can be convenient after training or on busy days, but should not systematically replace fruit, vegetables and complete meals.
- 04Pair protein with resistance training
Additional protein without muscular loading has less effect on function. Include at least two weekly resistance sessions when preserving muscle is the goal.
Context can change the advice
- With chronic kidney disease, severe liver disease, pregnancy or an eating disorder, protein targets should be individualised.
- A higher intake may improve satiety, but it does not correct chronic deficits in energy, sleep or training quality.
- Plant-based eating usually requires attention to total amount and variety, not the assumption that plant protein is automatically inferior.
Common mistakes
- Concentrating nearly all protein in one meal.
- Increasing protein by crowding out fibre-rich carbohydrates and vegetables.
- Chasing an exact number while actual portions and training frequency are not monitored.
Review without overtracking
- Most main meals include a complete protein source.
- Strength, recovery and satiety remain stable or improve.
- You meet the target without persistent digestive symptoms or a more restrictive diet.
When to adjust: If the target remains difficult, first change meal structure and portion size. Add a supplement only afterwards. With unexpected weight loss or clear weakness, clinical or dietetic assessment matters more than independently increasing intake further.
Guidelines and scientific sources
We use authoritative public and professional guidance and complement it where needed with international guidelines, systematic reviews and relevant peer-reviewed sources. Source selection depends on the topic and context.
- ESPEN practical guideline: clinical nutrition and hydration in geriatricsEuropean Society for Clinical Nutrition and Metabolism · Clinical Nutrition
- Protein supplementation and resistance training: systematic review and meta-analysisBritish Journal of Sports Medicine
- European dietary reference valuesEuropean Food Safety Authority
- Sarcopenia: revised European consensus on definition and diagnosisEuropean Working Group on Sarcopenia in Older People · Age and Ageing
General health information, not personal medical advice. Discuss conditions, medication and persistent or severe symptoms with a qualified clinician.
Turn this insight into one achievable next step.
MyPeakYears combines your goals and voluntary check-ins to make daily actions and trends understandable. The coaching score is not a medical score.