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Technology

Image: The Digital-Analog Microfluidic Platform for Patient-Centric Multiplexed Biomarker Diagnostics of Ultralow Volume Samples (Photo courtesy of Alban Kakulya).

Portable Device Developed for Rapid Highly Sensitive Diagnostics

A low-cost and portable microfluidic diagnostic device has been developed for remote regions with limited health facilities experiencing an epidemic, which need portable diagnostic equipment that functions outside the hospital.  More...
07 Mar 2016
Image: The Projet 1200 3D printer was able to easily produce and refine the device from environmentally friendly materials to make low cost, point-of-care devices that quickly detect anemia from a drop of blood (Photo courtesy of Kansas State University).

3D Printed Diagnostic Device Rapidly Detects Anemia

A new biomedical device has been developed using 3D printers to create a low cost, point-of-care device that can quickly detect anemia, a condition in which the blood does not have enough healthy red blood cells to transport oxygen to the body's organs.   More...
07 Mar 2016
Image: Schematics of EFIRM technology for the detection of EGFR mutations in the bodily fluids of lung cancer patients. The cyclic-square wave of the electrical field (csw E-field) was applied to release and detect the EGFR mutations. EGFR sequences were measured on the electrochemical sensor with a capture probe precoated in conducting polymer (Photo courtesy of University of California-Los Angeles).

Novel Saliva Test Identifies and Tracks Cancer

A rapid, accurate test that can detect biomarkers of lung cancer in saliva is soon to be trialed in patients and the test takes only 10 minutes to give a result and could be done in the doctor's office.  More...
02 Mar 2016
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Novel Method Enables Simultaneous 96-Well Extraction of Urine Samples for LC-MS/MS Analysis

A new application note describes a high-throughput semi-automated method for rapid processing of urine samples for LC-MS/MS molecular detection and identification, including for drugs-of-abuse analysis.   More...
29 Feb 2016
Image: Automated colony-scoring of chromogenic media agar plates for the detection of MRSA using the WASPLab image analysis software (Photo courtesy of COPAN Group/PRNewsFoto).

Automated Image Analysis Software Reliably Identifies Positive MRSA

In a unique-in-its-class digital microbiology study of almost 60,000 samples, new WASPLab software developed for automated colony-scoring of chromegenic media plates provided superior detection of methicillin-resistant Staphylococcus aureus. More...
24 Feb 2016
Image: The Apogee Flow Cytometer used for detecting microparticles of prostate cancer (Photo courtesy of Schulich School of Medicine and Dentistry).

Prostate Cancer Detected in Blood Using Flow Cytometry

Current methods of detecting prostate cancer, such as the prostate-specific antigen test and biopsies, have limitations. PSA tests are based on measuring a specific protein released by the prostate gland, but do not provide a definitive diagnosis.  More...
22 Feb 2016
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Nanotechnology Helps Detects Biomarkers of Cancer

The detection and quantification of short nucleic acid sequences has many potential applications in studying biological processes, monitoring disease initiation and progression, and evaluating environmental systems.  More...
22 Feb 2016
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