CyTOF^® for the Masses.

Area of Science:

• Immunology
• Biotechnology
• Analytical Chemistry

Background:

• Mass cytometry revolutionizes immunophenotyping, enabling deep characterization of immune cells.
• It excels in analyzing limited samples, crucial for preclinical and clinical tumor immunotherapy research.
• By using metal isotopes instead of fluorophores, it overcomes spectral overlap issues inherent in optical flow cytometry.

Purpose of the Study:

• To provide a comprehensive resource guide for mass cytometry.
• To address challenges in experiment design, execution, and data analysis for novice users.
• To streamline mass cytometry workflows for researchers transitioning from flow cytometry.

Main Methods:

• The guide covers critical aspects including experiment and panel design.
• It details antibody conjugation, sample staining, and acquisition protocols.
• Data pre-processing and analysis strategies are thoroughly explained, with comparisons of available resources.

Main Results:

• The resource guide offers a structured approach to mass cytometry.
• It facilitates the development of data-driven project workflows.
• It aims to empower both novice and advanced users in leveraging mass cytometry.

Conclusions:

• This guide serves as a valuable resource for mass cytometry users.
• It simplifies complex protocols, enhancing experimental reproducibility.
• It supports broader adoption and effective utilization of mass cytometry in immunological research.