Dried Blood Spots
The DBS blood collection platform is rapidly becoming an important basis for quantitative analysis of biomarkers. Such self-monitoring and self-sensing, which combines wearable sensors (EEG, ECG) collection of biosamples in a non or minimal invasive way and wearable computing, is also known as lifelogging.
We develop on request assays for most biomarkers. The degree of assay validation is agreed with sponsor. There are many options for reporting.
For all our applications, please visit the site APPLICATIONS.
|AM-305||Quantification of amino acids in dried blood spots using GC-MS|
|AM-296||Quantification of Adiponectin in Dried Blood Spots using ELISA|
|AM-265||Quantification of Lipoprotein A (APOA) in Dried Blood Spots using ELISA|
|AM-263||Quantification of Leptin in Dried Blood Spots using ELISA|
|AM-250||Quantification of triglycerides in Dried Blood Spots using ELISA|
|AM-248||Quantitation of IGF-1 in Dried Blood Spots using ELISA|
|AM-156||Quantification of Vitamin K1 in dried blood spots by LC-FLD|
|AM-155||Quantification of Vitamin E in dried blood spots by LC-FLD|
|AM-145||Quantitative determination of Retinol in dried blood spots (DBS) from humans by LC-MS|
|AM-113||Quantitative determination of caffeine and paraxanthin in dried blood spots (DBS) using LC-UV|
|AM-094||Quantification of transferrin receptor (TfR) in dried blood spots by EIA|
|AM-068||Quantification of vitamin A in dried blood spots using LC/MS with APCI detection|
|AM-038||Carotenoids in dried Blood spots by HPLC-UV|
|AM-037||Quantification of 25-OH-Vitamin D3 in Dried Blood Spots by HPLC-MS/MS|
|AM-036||Quantification of glucose in Dried Blood Spots by derivatisation and spectrophotometry|
|AM-035||Quantification of total cholesterol in Dried Blood Spots by HPLC-UV|
|AM-009||Omega3-Index in dried blood spots (DBS)|