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Development of a magneto-nanosensor (MNS) array for prostate cancer biomarkers

370
Gambhir, SanjivStanford University

No coordinating investigator defined.

No involved investigator sites defined.

Nanotechnology
Proteomics
G.I. and Other Associated Cancers Research Group
2

Our goal is to develop a blood-based biomarker magneto-nanosensor array for the accurate early detection and prognostication of prostate cancer

Specific Aim 1: To adapt the magneto-nanosensor array platform to the multiplex measurement of prostate cancer biomarkers for detection and progression. To accomplish this we will functionalize our magneto-nanosensor with capture antibodies for an extended panel of leading biomarker candidates for prostate cancer detection and prognostication rigorously selected from the literature. Initial experiments will be performed to evaluate the performance of the array to detect spiked samples with known quantities of biomarkers, to establish calibration curves, determine the lower limits of detection, and assess reproducibility. Once the array has been completed we will progress to evaluate it using the clinical discovery sample set described in Aim #2. Specific Aim 2: To evaluate the accuracy of the prostate cancer magneto-nanosensor array to classify clinical cancer and control specimens from the Stanford serum bank. For this aim we will test the ability of the array to accurately classify archival serum samples drawn from prostate cancer patients before and after radical prostatectomy, and from patients with positive and negative biopsies. These sera were collected by the PSA analysis laboratory in the Urology Department at the Stanford University Medical Center.

There are currently no biomarkers annotated for this protocol.

No datasets are currently associated with this protocol.


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The final report of the 2013 Cancer Biomarkers Bioinformatics Workshop is now available.

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