Join us at Neuroscience 2023 | November 11-15 | Washington, DC

Learn how spatial phenotyping can build in-depth understanding of brain tissue. 

Join us at Booth 917 at the Neuroscience 2023 meeting to learn how we generated high-quality readouts of over 40 proteins in neuronal and non-neuronal cells without autofluorescence, tissue discohesion or signal spillover in brain tissues and tumors.

Save your spot for a short in-booth poster session to learn about:

  • Applying 35-plus-parameter human or mouse antibody panels to normal brain tissue and brain tumors of glial, non-glial and mixed origin
  • An imaging workflow requiring only one-step staining and detection of samples
  • Extracting insights from multiplexed images that identify specific states of tumor and immune cell populations in the diseased brain
     

Save your spot for a poster walkthrough and receive a $10 Starbucks® gift card after your visit! §

 

Images of human glioblastoma (grade 4) with overt hemorrhage (A) and mouse glioblastoma (B) generated by Imaging Mass Cytometry.

Visit us

Stop by Booth 917 to open a
spatial surprise.

 

Posters and Sessions


See how customers are using our technology to advance their translational studies and visit the following posters and sessions at Neuroscience 2023.

November 11 | 1:00–5:00 pm | WCC Halls A–C

  • PSTR010.16/D34: Exploring Senescent Signatures of Oligodendrocyte Precursor Cells in the Aged Mouse Brain

November 12 | 8:00 am–12:00 pm | WCC Halls A–C

  • PSTR060.01/A11: A Developmental Cell Atlas of the Mouse Brain by Mass Cytometry

November 13 | 1:00–5:00 pm | WCC Halls A–C

  • PSTR253.17/D2: Senescent Glial Cells Drive NMO Pathogenesis

November 15 | 8:15–8:30 am | WCC 146C

  • NANO74.02: Spatial Mapping of Senescent Cells in the Aged Mouse Brain

SAVE MY SPOT

§ No purchase necessary to receive gift card. Must be eligible to receive gift card. Terms and conditions apply.

Tissue Imaging

Imaging Mass Cytometry™ (IMC™) is a high-plex technology that allows one-step detection of 40-plus markers on the same sample.

Without autofluorescence challenges, IMC can deeply interrogate brain and neural tissues to build better understanding of mechanisms of action, disease progression and therapeutic outcomes.

LEARN MORE

Unless explicitly and expressly stated otherwise, all products are provided for Research Use Only, not for use in diagnostic procedures. Find more information here.