<p>Scientists have developed a low-cost portable device that may help in the early diagnosis of cancer by detecting tumour cells in blood.<br /><br />The device developed by researchers from University in Tarragona (URV) in Spain counts the number of tumour cells in a blood sample in real time and is thus a highly effective tool for improving the monitoring, treatment and diagnosis of cancer.<br /><br />The device can accurately determine a patient's level of health and monitors cancer quickly, cheaply, effectively and non-invasively, researchers said.<br /><br />Furthermore, it can assist in the early diagnosis of the disease and monitor tumours more effectively and in a manner that has a less negative effect on patients' bodies.<br /><br />The portable device uses two systems in miniature: a flow system and an optical system. The first causes the blood cells to flow in alignment, while the second uses two optic fibres (a laser diode and a photodetector) to analyse and count cancerous and non-cancerous cells, researchers said. The ratio between the two reveals how the cancer is progressing.<br /><br />The finding were published in the journal Scientific Reports.</p>
<p>Scientists have developed a low-cost portable device that may help in the early diagnosis of cancer by detecting tumour cells in blood.<br /><br />The device developed by researchers from University in Tarragona (URV) in Spain counts the number of tumour cells in a blood sample in real time and is thus a highly effective tool for improving the monitoring, treatment and diagnosis of cancer.<br /><br />The device can accurately determine a patient's level of health and monitors cancer quickly, cheaply, effectively and non-invasively, researchers said.<br /><br />Furthermore, it can assist in the early diagnosis of the disease and monitor tumours more effectively and in a manner that has a less negative effect on patients' bodies.<br /><br />The portable device uses two systems in miniature: a flow system and an optical system. The first causes the blood cells to flow in alignment, while the second uses two optic fibres (a laser diode and a photodetector) to analyse and count cancerous and non-cancerous cells, researchers said. The ratio between the two reveals how the cancer is progressing.<br /><br />The finding were published in the journal Scientific Reports.</p>