The Hemolysis test is designed to determine the hemolytic properties of a medical device/material. This test is performed on medical devices/materials that have direct or indirect blood contact.
This test fulfills hematological testing requirements found in the AAMI/ANSI/ISO 10993-4 guidelines for selection of tests for interactions with blood. Nelson Laboratories tests with fresh human blood rather than rabbit blood.
Download the biocompatibility test matrix. [Based on ISO 10993-1:2010 (E) and FDA "Use of international standard ISO 10993-1"]
- AAMI/ANSI/ISO 10993-4
- ASTM F756
- ISO 10993-12
Ask an expert for a specific consultation on your product. If you are ready to submit your samples for testing, click here to fill out the Sample Submission Form.
|HCX140||Hemocompatibility: Hemolysis, ASTM Method, indirect (human blood)||Add|
|HCX145||Hemocompatibility: Hemolysis, ASTM Method, direct contact (human blood)||Add|
|HCX150||ASTM Hemolysis Complete (direct and indirect contact)||Add|
HCX140 - Hemocompatibility: Hemolysis, ASTM Method, indirect (human blood)
HCX145 - Hemocompatibility: Hemolysis, ASTM Method, direct contact (human blood)
HCX150 - ASTM Hemolysis Complete (direct and indirect contact)
HCX140: 1 complete device, each device must be 150 cm2 or 5 grams
HCX145: 3 complete devices, each device must be 50 cm2 or 2 grams
HCX150: 4 complete devices, each device must be 150 cm2 or 5 grams. Multiple devices may be pooled together to meet this requirement
The Hemolysis procedure was designed to determine the hemolytic properties of the test sample. The procedure involves exposing the test material or material extract to a blood cell suspension and then determining the amount of hemoglobin released. The test is performed using citrated human blood.
ASTM F 756-13 recommends that both tests (extract and direct contact) be performed unless the material application or contact time justifies the exclusion of one of the tests. If an extract test is being performed, please include the extraction parameters when you submit your samples.