OGT Launches New Panel for Myeloid Cancer
OGT launched a new next-generation sequencing (NGS) tool designed to identify key fusion genes associated with acute myeloid leukemia (AML).
OGT launched a new next-generation sequencing (NGS) tool designed to identify key fusion genes associated with acute myeloid leukemia (AML).
Identifying recurrent genetic alterations in myeloid neoplasms has improved diagnosis and expanded targeted treatments available to patients.
To better treat patients with acute myeloid leukemia, researchers discovered a novel subtype of the cancer via proteome and genetic analysis.
The Pathfinder study will enroll 6,200 participants to evaluate Grail’s investigational multicancer early detection test in clinical practice.
Read MoreThe latest update is beneficial to researchers investigating myeloid disorders, and is now enabled with BCR-ABL fusion gene and KMT2A-PTD detection.
Read MoreBluestar Genomics’ technology can noninvasively detect cancers and help identify the underlying biology of the disease using epigenetic markers.
Read MoreThe panel has been tested to show excellent concordance with array data, and can detect both small and large CNVs, indels, LOH, and SNVs.
Read MoreSight Diagnostics’ patented Olo analyzer digitizes blood into images to perform the most common blood test in minutes, using just two drops of blood.
Read MoreThe Karius test detected bloodstream infections in 75% of cases as early as 3 days before pediatric leukemia patients became symptomatic.
Read MoreAI-driven digital pathology can accelerate cancer diagnosis and clinical trial recruitment.
Read MoreStrong concordance with standard-of-care methods shows how the Saphyr mapping system can transform cytogenetic workflows and improve blood cancer treatment.
Read MoreMonitoring cancer therapy in real time enables physicians to make smarter treatment decisions.
Read MoreThe funds will be used to accelerate commercialization of Saga’s portfolio of kits and services, continue development of new products, and perform prospective clinical studies.
Read MoreThe Aurora system is now available with five lasers, making it possible for researchers to visualize more than 30 colors from a single sample.
Read MoreThe study demonstrates the potential for more impactful, dynamic therapy development and applications for those with acute myeloid leukemia.
Read MoreThe license encompasses both a novel method and bioinformatic tools that combine to improve the level of detection in NGS, allowing for the identification of ultrarare gene variants.
Read MoreUsing the kit, clinicians can accurately and reproducibly monitor residual disease in patients with chronic myeloid leukemia, even at low levels.
Read MoreClearance enables accurate and easy-to-interpret AML and MDS detection with reduced validation burden.
Read More