Researchers will increase their blood disease detectance



[ad_1]

blood

Credit: Public Department CC0

Researchers from the University of West Australia have found a new way to detect blood disease and they hope they will stop diagnosing and treating disease.

The search continues last year's inspirational results from a screening test to detect antibiotic antibody and ensure that antibiotics can be correctly ordered.

The FISH-flow time solution (from which fluorescent fluorescent is in Situ Hybridisation with flow cytometry) is a & # 39; Find bacteria in precise hours of blood before normal presence methods can be found.

There is a powerful laminating cytometry flow that uses digital laser, digital technology and graphic images to analyze the physical and chemical features of one cell in a beer, such as blood or bone marrow.

Professor Tim Inglis, Head of Health and Fitness at UWA said that the importance of the new approach would be to enhance the rapidly advanced antibiotic tests that his organization works, to accelerate the diagnosis and treatment of bad illnesses.

Professor Inglis said the research paper, published PLOS One, describing the use of cytometry stream to rapidly get out of bacteria in the blood to accelerate the diagnosis of bloodstream diseases.

He said that any reduction in his time for choosing the right antibiotic was likely to save life.

Blood flow infections, often referred to as sepsis, are common causes of serious illness and death in developed countries, and are increasingly depressed due to high levels of & 39; antibiotic attack.


Researchers will carry out FAST work of; antibiotic attack


More information:
Xiao Xuan Huang et al. Accelerated bacterial search in the blood culture with acoustic stream cytometry (AFC) Continuing sound-sounding sound acid natural in the places (PNA-FISH), PLOS ONE (2019). DOI: 10.1371 / journal.pone.0201332

Delivered by
Western University of Australia

Citation:
Researchers are promoting a disease disease detective (2019, 11 February)
back on 11 February 2019
from https://medicalxpress.com/news/2019-02-blood-infection.html

This document is subject to copyright. In addition to any fair work for a purpose of private or research study, not
Part to be reproduced without written consent. Content is provided for information purposes only.

[ad_2]
Source link