01 Automation in Specimen Handling and Preservation The automation of specimen handling and preservation is transforming the rare biomarkers field by enhancing efficiency, minimizing human error, and ensuring sample integrity. Robotic systems are now streamlining processes such as sample collection, preparation, and storage, significantly improving workflow precision and reliability. For example, a study published in ScienceDirect in September 2023 highlighted the integration of robotic liquid handlers in bioanalytical laboratories, emphasizing their role in increasing throughput and accuracy in sample preparation. The adoption of automated systems not only ensures consistent specimen handling but also enhances reproducibility, which is crucial for the accurate analysis of rare biomarkers. As automation continues to advance, laboratories and research facilities are increasingly integrating these technologies to optimize operations and improve research outcomes.
02 Rise of Micro-Sampling Techniques Micro-sampling techniques, such as dried blood spots (DBS) and volumetric absorptive micro-sampling (VAMS), are revolutionizing the collection of rare biomarker specimens by enabling the acquisition of small, easy-to-handle samples with minimal patient discomfort. These methods reduce the reliance on invasive procedures, making specimen collection more accessible and patient-friendly.To meet the growing demand for micro-sampling, manufacturers are actively developing innovative technologies. For instance, in November 2022, Neoteryx launched a Research Support Program that provides free Mitra micro-sampling devices to researchers, enabling them to apply remote blood collection and micro-sampling in novel studies. Such innovations are accelerating the adoption of micro-sampling techniques, further driving market expansion.
June 2026 Foresight Diagnostics and QIAGEN expanded their collaboration to advance the commercialization of a kit-based version of the CLARITY® circulating tumor DNA (ctDNA) assay, supporting standardized specimen collection, stabilization, and companion diagnostic development for hematological cancers.
May 2026 Streck launched MDx-Chex®, a new molecular quality control solution designed to preserve circulating nucleic acids and proteins across liquid biopsy workflows, strengthening quality assurance for rare biomarker specimen collection and stabilization.
April 2026 Precede Biosciences launched Precede Bio Insight™, a genome-wide liquid biopsy platform that analyzes tumor biology from a 1 mL plasma sample, expanding applications for stabilized rare biomarker specimens in precision oncology.
April 2026 Beckman Coulter Life Sciences expanded its partnership with Apostle Inc. by launching the Apostle MiniMax® High-Efficiency Isolation Kits for cell-free RNA and total cell-free nucleic acid extraction, enhancing rare biomarker preservation and downstream molecular analysis workflows.