Advancing Mycobacterial Infection Research Through Quantitative Imaging and AI-Driven Analysis

Oxford Instruments is pleased to participate in the The complexity of mycobacterial infections: from research to real-world impact workshop, bringing together researchers, clinicians and public health experts working to address the challenges posed by Mycobacterium tuberculosis and non-tuberculous mycobacteria (NTM). The scientific programme explores key areas including mycobacterial physiology and metabolism, host-pathogen interactions, immune responses, mechanisms of drug resistance, diagnostics, therapeutic strategies, and the application of emerging technologies such as computational analysis and artificial intelligence.

These research questions increasingly require advanced imaging and quantitative analysis tools capable of extracting meaningful biological information from complex cellular and tissue models. Oxford Instruments provides integrated imaging and image analysis solutions that help researchers visualise infection processes, quantify biological responses, and analyse large multidimensional datasets with confidence.

Why Meet with Oxford Instruments?

• Visualise infection biology with confidence
  Discover how BC43 enables high-quality imaging of infected cells, tissues and 3D infection models, supporting studies of host-pathogen interactions and immune responses. 

• Turn complex imaging data into quantitative results
  Learn how Imaris combines AI-powered segmentation, object detection and advanced analytics to extract meaningful biological insights from large microscopy datasets.

• Support your research from acquisition to analysis
  Explore an integrated workflow that streamlines image acquisition, visualisation and quantitative analysis, helping researchers generate robust and reproducible data. 

• Book a live BC43 demonstration at the booth
  See the system in action and discuss with our specialists how the workflow can be applied to your specific mycobacterial infection research challenges.