Bio Spec Overview
Ignite Creation Date:
2025-12-24 @ 2:51 PM
Last Modification Date:
2025-12-24 @ 2:51 PM
Retention:
SAMPLES_WITH_DNA
Description:
1. We will collect blood samples (30mls) from each subject, which will be stored at -800C in a locked freezer. All samples will eventually be transported to King's College for storage in compliance with The Human Tissues Act. DNA will be taken for studies in genetics polymorphisms or mutations within genes which may modify the risk of a person developing a neuropathic pain and/or the severity of neuropathic pain, if and only if patients agree. Genetic analysis will be strictly restricted to the neuropathic pain field, and data will be anonymised after blood has been taken from patients. If blood chemistry and HbA1c is not available from primary care, these will also be checked. We will also assess new potential metabolic biomarkers in the serum of patients that can shed a light into mechanisms for the development of neuropathy and pain.
2. IENFD assessed via one 3mm skin punch biopsies performed 10 cm above lateral malleolus.
Section:
1. We will collect blood samples (30mls) from each subject, which will be stored at -800C in a locked freezer. All samples will eventually be transported to King's College for storage in compliance with The Human Tissues Act. DNA will be taken for studies in genetics polymorphisms or mutations within genes which may modify the risk of a person developing a neuropathic pain and/or the severity of neuropathic pain, if and only if patients agree. Genetic analysis will be strictly restricted to the neuropathic pain field, and data will be anonymised after blood has been taken from patients. If blood chemistry and HbA1c is not available from primary care, these will also be checked. We will also assess new potential metabolic biomarkers in the serum of patients that can shed a light into mechanisms for the development of neuropathy and pain.
2. IENFD assessed via one 3mm skin punch biopsies performed 10 cm above lateral malleolus.