Facebook Linkedin Twitter
Inside Precision Medicine Diagnosis and Prognosis of ALS Linked to Metals in the Blood and Urine

Blood

ALS patient at his room
News & Features

Diagnosis and Prognosis of ALS Linked to Metals in the Blood and Urine

0
Bags of donated blood stacked on a tray with O blood type labels visible at the front. Akkermansia muciniphila bacteria could help create artificial group O blood by removing A and B antigens.
News & Features

Gut Bacteria Can Help Create Artificial Group O Blood

0
Illustration of a man's torso and arms with his liver highlighted in red to indicate acute liver failure
Molecular Dx

High Levels of CPS1 in Blood Indicate Need for Liver Transplant

0
Coronavirus particles, illustration - SARS-CoV-2 virus
Coronavirus

Rare COVID-19 Vaccine Complication Linked to Circulating Spike Protein in Blood

2
Alzheimer's disease: illustration of the amyloid-beta 40 peptide (and others) accumulating to form amyloid fibrils that build up dense amyloid plaques.
News & Features

Whole Blood Exchange for AD Treatment Decreases Amyloid Plaque

0
Image of the lungs to illustrate individuals with chronic obstructive pulmonary disease (COPD), which can be influenced by genetic variation in EPAS1 gene, which impacts oxygen saturation in the blood
News & Features

Urine Biomarker Distinguishes Serious Asthma from Milder Cases

0
Pregnancy Bump
Molecular Dx

RNA Fragments in Blood Accurately Predict Pre-eclampsia in Pregnant Women

0
Close up of human biotechnologist testing testing blood for cancer in a laboratory
Molecular Dx

Catching Cancer Red-Handed

Mike May, PhD
0
3D Illustration of human kidneys to illustrate kidney transplants
News & Features

Blood Biomarker Predicts Early Kidney Transplant Rejection

0
Graphene Biosensor Allows Quick Detection of Multiple Sepsis Biomarkers in Blood
Molecular Dx

Graphene Biosensor Allows Quick Detection of Multiple Sepsis Biomarkers in Blood

0
12Page 1 of 2

Related Content

Copyright © 2024 Genetic Engineering & Biotechnology News. All Rights Reserved.
Inside Precision Medicine