1 |
Metabolic disorder |
Genes Enzymes Metabolites Organs (e.g. brain, liver, kidney) Outcomes |
Diet Drugs Enzymes Genes Behavioural measures (e.g. eating at night, writing food protocols) |
Metabolic monitoring Clinical monitoring |
2a |
Patient |
Early, late onset subtypes Severity |
What, how much, how long |
Where, what |
2b |
Person |
Understanding the condition |
Application of treatment recommenda- tions in everyday life (compliance, adherence) |
Coping with the condition in everyday life Support Social relations |
3 |
Family |
Understanding the condition Genetic counseling |
Application of treatment recommendations in everyday life (compliance, adherence) |
Technical, emotional, social, informational support Social relations |
4 |
Health Care Professionals |
Biochemistry |
Pediatric and adult metabolic specialists Dietetics Nutritionists |
Clinical medicine Psychology Social work Physiotherapy Occupational therapy Empowerment by professionals |
5 |
Patient advocacy groups |
Role models for coping and outcomes at different ages |
Exchange of tips and tricks for everyday management |
Social, informative, political support, Empowerment by peers |
6 |
Technical devices |
Laboratory methods |
Monitoring systems |
Aids and tools |
7 |
Science |
Etiology Pathomechanism Basic research |
New treatments Clinical research on long-term outcome |
Guidelines and standards Professional training |
8 |
Legal constraints |
Newborn screening programs Whole exome/genome sequencing |
Regulations for reimbursement |
Social legislation (e.g. inclusion of handicapped people, financial support) Transition politics |
9 |
Economic aspects |
Cost-effectiveness |
Cost-effectiveness Additional costs for patients and families |
Cost-effectiveness |
10 |
Industries |
Innovations of diagnostic technology |
New treatments and products |
Written and electronic information Sponsured conferences |