Posts Tagged 'blood sample'
Cancer Statistics, History of Blood Cancer, and the Role of Biobanking
Introduction According to the World Health Organization (WHO), cancer accounted for nearly 10 million deaths worldwide in 2020 alone.1 This devastating disease can affect any part of the body, occurring when abnormal cells become dysregulated and begin to grow and spread uncontrollably. However, to fully recognize its burden and succeed in cancer research, we must…
Read MoreHow Biomarker Discovery and Validation Supports Targeted Cancer Therapies
Biomarkers are essential tools in oncology research, allowing for early detection, diagnosis, and personalized cancer treatment.1 For this reason, driving innovation in biomarker discovery and validation is critical for developing targeted therapies to improve clinical outcomes. Here, we discuss the concept of biomarkers in the field of oncology and why they have been indispensable to the…
Read MoreBlood Cancers Overview – History, Advancements and Challenges
Every September, the world marks Blood Cancer Awareness Month. This year, Audubon Bioscience joined the initiative and its efforts to inform patients about this variable group of malignant pathologies. We support the campaign with this article, which briefly overviews the different types of blood cancers, the most common risk factors, and symptoms, allowing for early…
Read MorePeripheral Blood Processing – Discover The Universe Within a Blood Tube
The term peripheral blood corresponds to all the blood circulating through the body’s blood vessel system and not concentrated within a specific organ (e.g. liver, spleen). Peripheral blood processing and analysis is a routine in clinical practice. However, the increasing number of translational research and life-saving therapies based on blood analysis, biobanking manipulation, and transfusion…
Read MoreHandling Blood Samples – 5 Good Practices
While peripheral blood and its precious sub-components are gaining growing attention from the biomedical research field, an increasing body of evidence 1,2 shows that even small changes in the pre-analytical conditions may affect sample quality and integrity. These observations drive the urgent need for establishing good practices and unified protocols for blood sample collection,…
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