Virtually Painless Blood Sample Collection Device to Revolutionize Diagnostic Testing
|
By LabMedica International staff writers Posted on 07 Nov 2023 |

The discomfort and inconvenience of traditional blood sampling methods like venipuncture and fingersticks, along with a surge in the need for diagnostics that can be performed outside of traditional healthcare settings, have led to the creation of diagnostic tests that only require minimal blood or interstitial fluid volumes. The process of drawing ample amounts of blood using lancets for testing is often a barrier to testing, especially for certain groups of patients. Furthermore, the lack of standardization in fingerstick blood collection, specifically in the techniques of squeezing the finger and the timing of collection and testing, can vary the quality of the blood sample, affecting the test outcomes. Additionally, it's often difficult to gather a substantial volume of blood (at least 200 microliters) from a fingerstick. Now, an innovative method is making the blood collection process more humane, offering benefits for diagnostic and wellness tests administered at clinical labs or at home by patients themselves.
YourBio Health’s (Boston, MA, USA) 'Touch-Activated Phlebotomy' (TAP) is designed for virtually painless whole capillary blood collection using devices incorporating patented technology. The technology overcomes the drawbacks of conventional blood collection by enabling the gathering of a capillary blood sample from any location on the body, eliminating the discomfort caused by fingersticks or traditional phlebotomy. TAP utilizes microneedles finer than an eyelash, making it less painful than both fingerstick methods and venipuncture, as well as other competing devices.
The TAP Micro Select device for blood collection is designed to yield high-quality and high-volume blood samples that are compatible with standard laboratory processing. Having been subjected to testing with hundreds of thousands of patients, this device consistently collects over 200 microliters of blood in more than 92% of attempts. YourBio Health does not perform the tests but owns the patents for these groundbreaking devices. In addition, the company offers a suite of ancillary services like sample tracking, which can be tailored to support a wide array of clinical trials and high-standard blood sampling for wellness purposes. YourBio Health has received further regulatory approval for its TAP Micro Select blood collection device with certification for CE Marking.
"With our patented Halo technology within the TAP micro series of blood collection devices, YourBio Health is unique in offering virtually painless blood sample collection using a bladeless microneedle array. Regulatory approval will enable our device's use with commercial blood collection tubes and allow use in kits that revolutionize blood testing in diagnostics and wellness," said Harry Wilcox, Chief Executive Officer of YourBio Health. "This additional regulatory clearance will further support the trend in decentralized clinical trials and recruitment and maintenance of more diverse patient populations that are known to be more relevant with certain diseases, which will inevitably lead to successes with much needed new treatments, as well as access to treatments for currently underserved and voluntarily unwilling patient groups."
Related Links:
YourBio Health
Latest Pathology News
- FDA Clears AI Digital Pathology Tool for Breast Cancer Risk Stratification
- New AI Tool Reveals Hidden Genetic Signals in Routine H&E Slides
- AI System Analyzes Routine Pathology Slides to Predict Cancer Outcomes
- New Tissue Mapping Approach Identifies High-Risk Form of Diabetic Kidney Disease
- Multimodal AI Tool Predicts Genetic Alterations to Guide Breast Cancer Treatment
- Interpretable AI Reveals Hidden Cellular Features from Microscopy Images
- Tumor Immune Structure Predicts Response to Immunotherapy in Melanoma
- Plug-and-Play AI Pathology System Classifies Multiple Cancers from Few Slides
- AI-Based Assays Support Risk Stratification in Prostate and Breast Cancer
- AI Pathology Model Predicts Immunotherapy Response in Lung Cancer
- Study Reveals Moleclar Mechanism Driving Aggressive Skin Cancer
- AI Precision Tests Deliver Cancer Risk Insights from Routine H&E Slides
- Collaboration Applies AI Pathology to Predict Response to Antibody-Drug Conjugates
- Biomarker Predicts Immunotherapy Response and Prognosis in Colorectal Cancer
- AI Improves Completeness of Complex Cancer Pathology Reports
- AI Tool Predicts Chemotherapy Response in Small Cell Lung Cancer
Channels
Clinical Chemistry
view channel
Ultrasensitive Test Detects Key Biomarker of Frontotemporal Dementia Subtype
Dementia affects more than 57 million people worldwide and is projected to nearly double within two decades, straining health systems and families. While biomarkers now enable accurate identification of... Read more
Routine Blood Tests Years Before Pregnancy Could Identify Preeclampsia Risk
High blood pressure during pregnancy is common and can progress to pre-eclampsia, making close monitoring at antenatal visits essential. However, most risk assessment begins only after pregnancy has started.... Read moreMolecular Diagnostics
view channel
Blood Test Maps Tumor Microenvironment to Predict Immunotherapy Response
Immunotherapy has transformed cancer care, yet durable benefit remains limited to a subset of patients, and clinicians still lack reliable tools to predict response before treatment begins.... Read more
Multiplex Respiratory Panel Integrates Automated Extraction to Streamline High-Volume Testing
Respiratory infections drive heavy testing volumes in clinical laboratories, where accurate, timely results across multiple pathogens are essential. Many labs are seeking to streamline workflows and increase... Read more
Whole-Blood RNA Test Predicts Disease Trajectory and Treatment Response
Clinicians often must predict whether acutely ill patients will recover or deteriorate despite limited time and clinical evidence. Earlier prognostic information could improve triage and guide treatment... Read more
Blood-Based Epigenetic Test Predicts GLP-1 Response and Tracks Treatment Effects
Prescriptions for GLP-1 medicines for weight loss are expanding rapidly, yet clinicians still lack scalable tools to predict biological response before treatment or monitor drug-driven changes beyond the scale.... Read moreHematology
view channel
Advanced CBC-Derived Indices Integrated into Hematology Platforms
Diatron, a STRATEC brand, has introduced six advanced hematological indices on its Aquila, Aquarius 3, and Abacus 5 hematology analyzers. The new Research Use Only (RUO) indices include Neutrophil-to-Lymphocyte... Read more
Blood Test Enables Early Detection of Multiple Myeloma Relapse
Bone marrow biopsies remain central to diagnosing and monitoring multiple myeloma, yet the procedure is painful, invasive, and often repeated over time. Older patients—who represent most new cases—can... Read moreImmunology
view channel
Point-of-Care Tests Could Expand Access to Mpox Diagnosis
Mpox outbreaks in non-endemic regions have underscored the need for rapid, accessible diagnostics to limit transmission. Polymerase chain reaction (PCR) remains the clinical reference, yet it depends on... Read more
T-Cell Senescence Profiling May Predict CAR T Responses
Chimeric antigen receptor (CAR) T-cell therapy can deliver striking, durable remissions, yet many patients experience minimal or no benefit. The quality of patient-derived cytotoxic T lymphocytes used... Read moreMicrobiology
view channel
Rapid Antigen Biosensor Detects Active Tuberculosis in One Hour
Tuberculosis remains a major global health challenge and continues to drive significant morbidity and mortality. The World Health Organization’s 2024 global report cites it as the leading cause of death... Read more
Oral–Gut Microbiome Signatures Identify Early Gastric Cancer
Early detection of gastric cancer could be advanced by scalable screening strategies using minimally invasive sampling. Saliva collection is noninvasive and cost-effective, supporting wider adoption... Read moreTechnology
view channel
Tumor-on-a-Chip Platform Models Pancreatic Cancer Treatment Response
Pancreatic cancer remains one of the hardest malignancies to treat because tumors are embedded within a dense microenvironment that shapes growth and therapy response. Standard laboratory models often... Read more
New Platform Captures Extracellular Vesicles for Early Cancer Detection
Early diagnosis remains the most effective way to reduce cancer mortality, yet many screening tools miss disease at its earliest stages. Biomarkers shed by tumors into blood and other fluids can be scarce... Read moreIndustry
view channel








