Familial Hypercholesterolaemia - linking Genetic Family History with NICE guidelines Scenario 1 Familial Hypercholesterolaemia - linking Genetic Family History with NICE guidelines Scenario 2
1. Why is family history information important to my practice?
"Collecting family histories is one useful way of determining possible genetic issues. I have found that my family members are very willing to talk about health issues in a constructive way. Recurring medical issues can be identified; both genetic and environmental factors may be considered." (Graham's Story from 'Telling Stories - Understanding Real Life Genetics')
This series of factsheets explain what a family history is, how it can be important to patient care, how information can be collected in a systematic way and how this can be recorded in a pedigree.
A family history of breast cancer End of life - Scenario 1
A family history of bowel cancer End of life - Scenario 2
Prenatal scenarios
This package contains slides on 'Taking a Family History' for use by educators.
The 'Medical Family History Drawing Tool' provides step-by-step instructions on how to draw a pedigree. To request the Family History Tool, please contact enquiries@geneticseducation.nhs.uk
This series of worksheets can be used by learners to practice drawing pedigrees using family history information. They can also be used by educators with their students in a classroom setting.
This Cystic Fibrosis video scenario features a GP collecting family history information and using the information to draw a pedigree. Video scenario download.
3. How do I interpret family history information?
These worksheets can be used by learners to practice interpreting pedigrees to identify modes of inheritance. They can also be used by educators with their students in a classroom setting.
Part 1: When usual doses lead to adverse effects: Dose level relationships
Part 2: When usual doses lead to adverse effects: Polymorphisms of metabolic enzymes
Part 3: The cancer treatment revolution: Controlling the renegade cell
Part 4: Genotyping the invader and developing new vaccines
Part 5: Gene therapy: repairing or replacing defective genes
Part 6: Genomics, stem cells and regenerative medicine
Part 7: Gene expression signatures
Part 8: Pharmacogenetic Testing
Complete series
A series of factsheets explaining the genetic basis of obesity and the common and rare forms of diabetes. These can be viewed from the Dietetics resources page at this link.
The resources may be used for non-commercial education purposes for healthcare staff.
Last updated 13 October 2011