Advanced NGS Partnership Paves Way for More Accessible Personalized Medicine in Cancer
|
By LabMedica International staff writers Posted on 24 May 2015 |
New next generation sequencing (NGS) test panels have been developed to provide more affordable advanced NGS testing that can help doctors choose the most effective cancer treatments based on tumor type and an individual’s genetic profile, an important step towards making personalized medicine broadly accessible. First launch is of a NGS colon cancer test panel.
Selah Genomics, an EKF Diagnostics (Cardiff, UK) subsidiary, has launched “PrecisionPath” in partnership with Greenville Health Systems (GHS; Greenville, SC, USA) a leading community-based cancer institute. Launch of the first panel, PrecisionPath Colon, follows a successful one year trial with GHS, and will be the first commercial NGS panel molecular test for invasive colon cancer priced under USD 1,000 with a target turnaround time of less than 7 days per reportable result.
PrecisionPath Colon can be used to identify the specific growth drivers for colon cancer in an individual based on their genetic make-up. The test is also used to identify the cancer’s specific susceptibility to available treatments based on tumor type. PrecisionPath will thereby help oncologists select the most effective available therapy throughout treatment.
PrecisionPath Colon focuses on key actionable biomarkers that provide maximum clinical utility at a more affordable cost. Oncologists can simply collect appropriate tumor samples and ship them to Selah for analysis. Selah will extract the tumor tissue DNA, then profile at GHS’s Institute for Translational Oncology Research (GHS ITOR; Greenville, SC, USA) using leading-edge Ion Torrent NGS.
A clear concise report, provided to the oncologist via Selah’s secure web portal, differentiates between genes with proven clinical utility and others under clinical trial investigation. As the body of evidence for clinical utility grows, reports will be updated accordingly, providing doctors with a means to routinely integrate genomic analysis into the everyday care of cancer patients.
Initially PrecisionPath Colon will be available across GHS’s oncology treatment centers. EKF will next expand the service throughout the US, targeting oncologists and pathologists treating patients with invasive colorectal cancer. EKF plans to offer PrecisionPath panels for additional indications, including lung cancer, breast cancer, and melanoma, beginning in late 2015.
"The launch of PrecisionPath Colon, at a price under USD 1,000 coupled with a 7 day turnaround time, demonstrates EKF’s commitment to providing affordable access to world-class diagnostic testing,” said Julian Baines, CEO, EKF. Jeffrey Edenfield, MD, medical director of GHS ITOR, added, “We are excited by the opportunity to actively work with Selah to help standardize the availability of molecular medicine. Not everyone has a major academic cancer institute in their back yard, but everyone deserves access to a precise diagnosis and targeted treatment options.”
EKF and GHS’ partnership strengthens an already successful relationship, which began in March 2012 with the formation of Selah’s Clinical Genomics Centre at GHS. PrecisionPath has been developed in close association with leading cancer specialists from the initial piloting program at GHS ITOR in May 2013 until its commercial launch in May 2015. This partnership exists alongside the 18 month collaboration announced on 2 March 2015, partly funded by Becton Dickinson and Company and brings together Selah’s NGS technology and DecisionQ artificial intelligence-based decision support algorithms.
Related Links:
EKF Diagnostics
Selah Genomics
Greenville Health Systems – Institute for Translational Oncology Research
Selah Genomics, an EKF Diagnostics (Cardiff, UK) subsidiary, has launched “PrecisionPath” in partnership with Greenville Health Systems (GHS; Greenville, SC, USA) a leading community-based cancer institute. Launch of the first panel, PrecisionPath Colon, follows a successful one year trial with GHS, and will be the first commercial NGS panel molecular test for invasive colon cancer priced under USD 1,000 with a target turnaround time of less than 7 days per reportable result.
PrecisionPath Colon can be used to identify the specific growth drivers for colon cancer in an individual based on their genetic make-up. The test is also used to identify the cancer’s specific susceptibility to available treatments based on tumor type. PrecisionPath will thereby help oncologists select the most effective available therapy throughout treatment.
PrecisionPath Colon focuses on key actionable biomarkers that provide maximum clinical utility at a more affordable cost. Oncologists can simply collect appropriate tumor samples and ship them to Selah for analysis. Selah will extract the tumor tissue DNA, then profile at GHS’s Institute for Translational Oncology Research (GHS ITOR; Greenville, SC, USA) using leading-edge Ion Torrent NGS.
A clear concise report, provided to the oncologist via Selah’s secure web portal, differentiates between genes with proven clinical utility and others under clinical trial investigation. As the body of evidence for clinical utility grows, reports will be updated accordingly, providing doctors with a means to routinely integrate genomic analysis into the everyday care of cancer patients.
Initially PrecisionPath Colon will be available across GHS’s oncology treatment centers. EKF will next expand the service throughout the US, targeting oncologists and pathologists treating patients with invasive colorectal cancer. EKF plans to offer PrecisionPath panels for additional indications, including lung cancer, breast cancer, and melanoma, beginning in late 2015.
"The launch of PrecisionPath Colon, at a price under USD 1,000 coupled with a 7 day turnaround time, demonstrates EKF’s commitment to providing affordable access to world-class diagnostic testing,” said Julian Baines, CEO, EKF. Jeffrey Edenfield, MD, medical director of GHS ITOR, added, “We are excited by the opportunity to actively work with Selah to help standardize the availability of molecular medicine. Not everyone has a major academic cancer institute in their back yard, but everyone deserves access to a precise diagnosis and targeted treatment options.”
EKF and GHS’ partnership strengthens an already successful relationship, which began in March 2012 with the formation of Selah’s Clinical Genomics Centre at GHS. PrecisionPath has been developed in close association with leading cancer specialists from the initial piloting program at GHS ITOR in May 2013 until its commercial launch in May 2015. This partnership exists alongside the 18 month collaboration announced on 2 March 2015, partly funded by Becton Dickinson and Company and brings together Selah’s NGS technology and DecisionQ artificial intelligence-based decision support algorithms.
Related Links:
EKF Diagnostics
Selah Genomics
Greenville Health Systems – Institute for Translational Oncology Research
Latest Molecular Diagnostics News
- Diagnostic Device Predicts Treatment Response for Brain Tumors Via Blood Test
- Blood Test Detects Early-Stage Cancers by Measuring Epigenetic Instability
- Two-in-One DNA Analysis Improves Diagnostic Accuracy While Saving Time and Costs
- “Lab-On-A-Disc” Device Paves Way for More Automated Liquid Biopsies
- New Tool Maps Chromosome Shifts in Cancer Cells to Predict Tumor Evolution
- Blood Test Identifies Inflammatory Breast Cancer Patients at Increased Risk of Brain Metastasis
- Newly-Identified Parkinson’s Biomarkers to Enable Early Diagnosis Via Blood Tests
- New Blood Test Could Detect Pancreatic Cancer at More Treatable Stage
- Liquid Biopsy Could Replace Surgical Biopsy for Diagnosing Primary Central Nervous Lymphoma
- New Tool Reveals Hidden Metabolic Weakness in Blood Cancers
- World's First Blood Test Distinguishes Between Benign and Cancerous Lung Nodules
- Rapid Test Uses Mobile Phone to Identify Severe Imported Malaria Within Minutes
- Gut Microbiome Signatures Predict Long-Term Outcomes in Acute Pancreatitis
- Blood Test Promises Faster Answers for Deadly Fungal Infections
- Blood Test Could Detect Infection Exposure History
- Urine-Based MRD Test Tracks Response to Bladder Cancer Surgery
Channels
Clinical Chemistry
view channel
New PSA-Based Prognostic Model Improves Prostate Cancer Risk Assessment
Prostate cancer is the second-leading cause of cancer death among American men, and about one in eight will be diagnosed in their lifetime. Screening relies on blood levels of prostate-specific antigen... Read more
Extracellular Vesicles Linked to Heart Failure Risk in CKD Patients
Chronic kidney disease (CKD) affects more than 1 in 7 Americans and is strongly associated with cardiovascular complications, which account for more than half of deaths among people with CKD.... Read moreHematology
view channel
New Guidelines Aim to Improve AL Amyloidosis Diagnosis
Light chain (AL) amyloidosis is a rare, life-threatening bone marrow disorder in which abnormal amyloid proteins accumulate in organs. Approximately 3,260 people in the United States are diagnosed... Read more
Fast and Easy Test Could Revolutionize Blood Transfusions
Blood transfusions are a cornerstone of modern medicine, yet red blood cells can deteriorate quietly while sitting in cold storage for weeks. Although blood units have a fixed expiration date, cells from... Read more
Automated Hemostasis System Helps Labs of All Sizes Optimize Workflow
High-volume hemostasis sections must sustain rapid turnaround while managing reruns and reflex testing. Manual tube handling and preanalytical checks can strain staff time and increase opportunities for error.... Read more
High-Sensitivity Blood Test Improves Assessment of Clotting Risk in Heart Disease Patients
Blood clotting is essential for preventing bleeding, but even small imbalances can lead to serious conditions such as thrombosis or dangerous hemorrhage. In cardiovascular disease, clinicians often struggle... Read moreImmunology
view channelBlood Test Identifies Lung Cancer Patients Who Can Benefit from Immunotherapy Drug
Small cell lung cancer (SCLC) is an aggressive disease with limited treatment options, and even newly approved immunotherapies do not benefit all patients. While immunotherapy can extend survival for some,... Read more
Whole-Genome Sequencing Approach Identifies Cancer Patients Benefitting From PARP-Inhibitor Treatment
Targeted cancer therapies such as PARP inhibitors can be highly effective, but only for patients whose tumors carry specific DNA repair defects. Identifying these patients accurately remains challenging,... Read more
Ultrasensitive Liquid Biopsy Demonstrates Efficacy in Predicting Immunotherapy Response
Immunotherapy has transformed cancer treatment, but only a small proportion of patients experience lasting benefit, with response rates often remaining between 10% and 20%. Clinicians currently lack reliable... Read moreMicrobiology
view channel
Comprehensive Review Identifies Gut Microbiome Signatures Associated With Alzheimer’s Disease
Alzheimer’s disease affects approximately 6.7 million people in the United States and nearly 50 million worldwide, yet early cognitive decline remains difficult to characterize. Increasing evidence suggests... Read moreAI-Powered Platform Enables Rapid Detection of Drug-Resistant C. Auris Pathogens
Infections caused by the pathogenic yeast Candida auris pose a significant threat to hospitalized patients, particularly those with weakened immune systems or those who have invasive medical devices.... Read morePathology
view channel
Engineered Yeast Cells Enable Rapid Testing of Cancer Immunotherapy
Developing new cancer immunotherapies is a slow, costly, and high-risk process, particularly for CAR T cell treatments that must precisely recognize cancer-specific antigens. Small differences in tumor... Read more
First-Of-Its-Kind Test Identifies Autism Risk at Birth
Autism spectrum disorder is treatable, and extensive research shows that early intervention can significantly improve cognitive, social, and behavioral outcomes. Yet in the United States, the average age... Read moreTechnology
view channel
Robotic Technology Unveiled for Automated Diagnostic Blood Draws
Routine diagnostic blood collection is a high‑volume task that can strain staffing and introduce human‑dependent variability, with downstream implications for sample quality and patient experience.... Read more
ADLM Launches First-of-Its-Kind Data Science Program for Laboratory Medicine Professionals
Clinical laboratories generate billions of test results each year, creating a treasure trove of data with the potential to support more personalized testing, improve operational efficiency, and enhance patient care.... Read moreAptamer Biosensor Technology to Transform Virus Detection
Rapid and reliable virus detection is essential for controlling outbreaks, from seasonal influenza to global pandemics such as COVID-19. Conventional diagnostic methods, including cell culture, antigen... Read more
AI Models Could Predict Pre-Eclampsia and Anemia Earlier Using Routine Blood Tests
Pre-eclampsia and anemia are major contributors to maternal and child mortality worldwide, together accounting for more than half a million deaths each year and leaving millions with long-term health complications.... Read moreIndustry
view channelNew Collaboration Brings Automated Mass Spectrometry to Routine Laboratory Testing
Mass spectrometry is a powerful analytical technique that identifies and quantifies molecules based on their mass and electrical charge. Its high selectivity, sensitivity, and accuracy make it indispensable... Read more
AI-Powered Cervical Cancer Test Set for Major Rollout in Latin America
Noul Co., a Korean company specializing in AI-based blood and cancer diagnostics, announced it will supply its intelligence (AI)-based miLab CER cervical cancer diagnostic solution to Mexico under a multi‑year... Read more
Diasorin and Fisher Scientific Enter into US Distribution Agreement for Molecular POC Platform
Diasorin (Saluggia, Italy) has entered into an exclusive distribution agreement with Fisher Scientific, part of Thermo Fisher Scientific (Waltham, MA, USA), for the LIAISON NES molecular point-of-care... Read more







