News

Rapid lateral flow tests for plant health can support earlier decisions across growing sites, storage facilities, processing plants and inspection points. This article explains how sampling, extraction, assay format, environmental performance, reader-based interpretation and manufacturing transfer affect the reliability of rapid agricultural testing.

Reader based multiplex lateral flow assays are opening new opportunities for biomarker signatures, structured data capture and algorithmic interpretation. This article explores how candidate markers can be assessed, translated into lateral flow and developed into reliable diagnostic systems with the reader, software, manufacture and regulatory pathway considered from the start.

Fleet Bioprocessing is attending Med-Tech Expo 2026 at the NEC Birmingham on Wednesday 3rd June. We look forward to meeting researchers and industry partners working in diagnostics, assay technologies and healthcare innovation.

This article compares sandwich vs competitive assays in ELISA and lateral flow, focusing on format selection, reagent strategy and assay development considerations.

This guide to lateral flow assay development explains how to improve assay sensitivity and reproducibility through antibody screening, membrane selection, conjugate optimisation, strip design and process control.