Category: Flow Cytometry

POSTER 2025 CYTO – Evaluating the Curiox C-FREE Pluto System for Whole Blood Immunophenotyping Sample Processing

Flow cytometry remains a critical tool for immunological research and diagnostics, yet traditional manual workflows can be labor-intensive and inconsistent. The Curiox C-FREE Pluto System (Pluto) introduces a fully-automated workflow solution, including antibody mastermix prep, seamlessly integrating with conventional protocols without requiring adaptation. Pluto incorporates gentle washing of samples as opposed to harsh centrifugal forces […]

Automating Antibody Prep for Master Mix in Flow Cytometry: Eliminating Costly Errors and Standardizing Workflows

By Raffaele Lu, Automation Engineer Lead | Edited by Melvin Lye, Senior Director of Scientific Affairs May 20, 2025 In the world of pharmaceutical research and clinical development, flow cytometry is a cornerstone of immune profiling, biomarker validation, and cell-based screening. As the field evolves toward increasingly complex, multi-parameter panels, one critical aspect of the […]

Curiox Biosystems and Calebio Announce Strategic Partnership to Advance Automation in Flow Cytometry Across China

Curiox announce new distributor partnership

Exclusive Distribution Agreement Signed for Pluto Workstations to Expand Full-Spectrum Flow Cytometry Integration SEOUL, Korea/ Nanjing, China April 29, 2025 — Curiox Biosystems Co. Ltd, global leader in automated sample preparation for flow cytometry and single-cell analysis, today announced the signing of an exclusive distribution agreement with Calebio, a pioneering developer of full-spectrum flow cytometers […]

POSTER 2025 SLAS – Evaluating the Curiox C-FREE Pluto System for Whole Blood Immunophenotyping Sample Processing

Flow cytometry remains a critical tool for immunological research and diagnostics, yet traditional manual workflows can be labor-intensive and inconsistent. The Curiox C-FREE Pluto System (Pluto) introduces a fully-automated workflow solution, including antibody cocktailing, seamlessly integrating with conventional protocols without requiring adaptation. Pluto incorporates gentle washing of samples as opposed to harsh centrifugal forces with […]

POSTER 2025 SLAS – Clinical Laboratory Automation

Flow cytometry is a cornerstone of immunological diagnostics, providing precise insights into immune system health. However, modern clinical workflows face challenges related to efficiency, reproducibility, and operator fatigue due to high throughput demands. This poster presents the Curiox C-FREE Pluto system as a revolutionary solution addressing these challenges through automation and advanced features. Download

Flow Cytometry Sample Preparation with an Automated, Centrifuge-Less Workflow Highlight

Now Watchinghttps://youtu.be/i2L6AP2rNWk In this video, Dr. Holden Maecker from Stanford University presents a centrifuge-less automation method for flow cytometry sample preparation. Traditionally, flow cytometry sample prep is a manual, labor-intensive process, often relying on large, costly liquid handling systems. However, Curiox C-FREE Pluto System, an automated system using laminar flow principles, offers an alternative by […]

Flow Cytometry Sample Preparation with an Automated, Centrifuge-Less Workflow

Now Watchinghttps://youtu.be/TRlVv0ALd_c In this video, Dr. Holden Maecker from Stanford University presents a centrifuge-less automation method for flow cytometry sample preparation. Traditionally, flow cytometry sample prep is a manual, labor-intensive process, often relying on large, costly liquid handling systems. However, Curiox C-FREE Pluto System, an automated system using laminar flow principles, offers an alternative by […]

Defining the bone marrow atlas with high-dimensional biology via a novel CITE-seq workflow

Now Watchinghttps://youtu.be/hD4OV9vf-Ak Single-cell multimodal approaches and machine learning are transforming analysis of the human hematopoietic progenitor compartment. Cellular indexing of transcriptomes and epitopes by sequencing (CITE-seq) enables coupled surface protein and transcriptome profiling, revealing genomic programs underlying progenitor states. This webinar will present groundbreaking work establishing a high-resolution human bone marrow single-cell atlas using paired […]

Ex vivo T cell differentiation in adoptive immunotherapy manufacturing: Critical process parameters and analytical technologies

Sixun Chen, Tan Dai Nguyen, Kang-Zheng Lee, Dan Liu, https://doi.org/10.1016/j.biotechadv.2024.108434  Adoptive immunotherapy shows great promise as a treatment for cancer and other diseases. Recent evidence suggests that the therapeutic efficacy of these cell-based therapies can be enhanced by the enrichment of less-differentiated T cell subpopulations in the therapeutic product, giving rise to a need for […]