Practitioner Information


Maintrac Tumour Sphere Units

The Maintrac Tumour Sphere Units test is useful in guaging metastatic activity. It detects and phenotypically characterises tumour spheres cultured from circulating epithelial tumour cells in patients. The test provides the basis for the first functional test on tumour stem cells from the blood. The fluorescent cell balls carry both EpCAM and the stem cell markers CD44 and ALDH 1 and low CD24. High numbers of spheroids are associated with metastases.  Please note a period of up to 21 days in growth media is required for cancer cell clusters. The best way to monitor cancer activity and long-term effectiveness of treatment is via a single CTC Count test every 3-6 months. Patient information hand-outs for your clinic are available upon request by phoning 1300 282 482.


PRICING

This test can only be ordered in addition to a CTC Count Test, which is $630 in Australia and $715 in New Zealand.

Tumour Sphere Units test: $1,900

Please note a period of 21 days growth in media is required for this test. Prices are in AUD and subject to change without notice

ORDER A TEST

Complete instructions for ordering a test, blood sample collection and dispatch can be found here

Tests can only be ordered by registered, certified Healthcare Practitioners.

To order, please download and complete a test request, and send it to Genostics via email (office@genostics.com.au) or fax (+61 2 8088 7097).


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Maintrac Practitioner Information

Tumour Sphere Units - Patient Information

NEW! Poster: Mammospheres derived from circulating epithelial tumor cells are an indicator for presence of metastasis in patients with breast cancer ...Take a look at this poster

ASCO Poster Presentation: Tumospheres cultured from circulating epithelial tumor cells (CETCs) as diagnostic marker in patients with solid cancers (2014)...Take a look at this poster

Poster: Tumor spheres growing from peripherally circulating tumor cells exhibit stem cell features ...Take a look at this poster

Publication: Heterogeneity of circulating epithelial tumour cells from individual patients with respect to expression profiles and clonal growth (sphere formation) in breast cancer (2013) ...Read this publication