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Biopreservation and Biobanking (1)
Asadullah, Khusru (2)
Schoepe, Stefanie (2)
Döcke, Wolf-Dietrich (1)
Gross, Durdana (1)
Igney, Frederik H. (1)
Schmitz, Arndt A. (1)
Schäcke, Heike (1)
Sterry, Wolfram (1)
Vonk, Richardus (1)
Year of Publication
Willingness to Donate Human Samples for Establishing a Dermatology Research Biobank: Results of a Survey
Schmitz, Arndt A.
Igney, Frederik H.
Biopreservation and Biobanking
There is a rising need for biomaterial in dermatological research with regard to both quality and quantity. Research biobanks as organized collections of biological material with associated personal and clinical data are of increasing importance. Besides technological/methodological and legal aspects, the willingness to donate samples by patients and healthy volunteers is a key success factor. To analyze the theoretical willingness to donate blood and skin samples, we developed and distributed a questionnaire. Six hundred nineteen questionnaires were returned and analyzed. The willingness to donate samples of blood (82.5%) and skin (58.7%) is high among the population analyzed and seems to be largely independent of any expense allowance. People working in the healthcare system, dermatological patients, and higher qualified individuals seem to be in particular willing to donate material. An adequate patient insurance as well as an extensive education about risks and benefits is requested. In summary, there is a high willingness to donate biological samples for dermatological research. This theoretical awareness fits well with our own experiences in establishing such a biobank.
Test systems for the determination of glucocorticoid receptor ligand induced skin atrophy
Topical glucocorticoids are highly anti-inflammatory effective but limited by their side effect potential, with skin atrophy being the most prominent one. Thus, determining the atrophogenic potential of novel compounds targeting the glucocorticoid receptor is important. Significant progress in the understanding of glucocorticoid receptor mediated molecular action has been made providing the basis for novel glucocorticoid receptor ligands with a potentially superior effect/side effect profile. Such compounds, however, need to be tested. The present gold standard for the reliable prediction of glucocorticoid induced skin atrophy are still in vivo models, however, in vitro models may replace them to some extent in the future. Indeed, advances in technologies to determine the atrophogenic potential of compounds in vitro has been made recently and promising novel test models like the human full thickness skin models are emerging. Their full predictive value, however, needs to be further evaluated. Currently, a screening approach starting with a combination of several in vitro test systems followed by subsequent testing of the most promising compounds in rodent models is recommended prior entering clinical studies with selected development compounds.
glucocorticoid; glucocorticoid receptor ligands; skin atrophy; skin model; in vitro assay; in vivo assay
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