Immunostep Blog | Innovations in Clinical Research and Diagnostic Solutions

What is high-throughput flow cytometry?

High-dimensional flow cytometry is transforming the way researchers analyse complex cell populations. Unlike conventional cytometry, which is limited to measuring a few parameters per cell, this technology...

The importance of standardisation in the reproducibility of scientific results

Posted in Immunology.

In the field of biomedical and biotechnological research, one of the greatest challenges today is ensuring the reproducibility of results. Protocols, reagents and methodologies that lack standardisation...

In this publication, we discuss real-time fluorescence flow cytometry.

Real-Time Fluorescence: Dynamic Tracking of Cellular Events with Flow Cytometry

Posted in Immunology.

In cellular research, timing is everything. The ability to observe biological processes as they happen has opened a new chapter in the study of physiology and pathology.Thanks to the combination of...

Real-time monitoring of dynamic cellular processes: apoptosis, activation and exosome release

Posted in Exosomes, Immunology.

Advanced solutions available from Immunostep The analysis of dynamic cellular processes – such as apoptosis, cell activation or the release of extracellular vesicles (EVs) – requires tools...

StarBright™ Dyes, the next generation of clinical flow cytometry dyes

Posted in Immunology.

At Immunostep we remain committed to innovation as a driver to provide more accurate, robust and tailored diagnostic solutions to meet the real needs of clinical laboratories and research centres. In...

Microvesicles vs exosomes: why differentiate them into biomarkers?

Posted in Exosomes.

In the field of extracellular vesicle (EV) biology, exosomes have become prominent players for their role as biomarker carriers in cancer, neurodegenerative diseases or advanced therapies. However,...

Flow cytometry and systemic lupus erythematosus: how cells tell the story of the disease

Posted in Immunology.

Systemic lupus erythematosus (SLE) is a complex, multisystemic, and highly heterogeneous autoimmune disease. Its diagnosis and clinical monitoring have traditionally been challenging due to the variability...

What your cells say about you (and you didn’t know): the diagnostic power of flow cytometry and exosomes

Posted in Exosomes.

In the era of personalised medicine, the most valuable information is not always in an MRI, blood test or biopsy. Often, it lies deep within our cells, even before the disease manifests itself clinically. Thanks...

NK cell immunotherapy and bispecific antibodies: new frontiers in cancer treatment

Posted in Immunology.

Immunotherapy has transformed cancer treatment in the last decade, especially thanks to immune checkpoint inhibitors such as anti-PD-1, anti-PD-L1 or anti-CTLA-4. However, not all patients respond,...

How European legislation affects the validation of diagnostic kits in research: the impact of the IVDR

Posted in Immunology.

Regulation (EU) 2017/746 on in vitro diagnostic medical devices (known as IVDR) represents a profound change in the regulation of the diagnostic sector in Europe. Replacing the previous Directive 98/79/EC...

What is high-throughput flow cytometry?

The importance of standardisation in the reproducibility of scientific results

Real-Time Fluorescence: Dynamic Tracking of Cellular Events with Flow Cytometry

Real-time monitoring of dynamic cellular processes: apoptosis, activation and exosome release

StarBright™ Dyes, the next generation of clinical flow cytometry dyes

Microvesicles vs exosomes: why differentiate them into biomarkers?

Flow cytometry and systemic lupus erythematosus: how cells tell the story of the disease

What your cells say about you (and you didn’t know): the diagnostic power of flow cytometry and exosomes

NK cell immunotherapy and bispecific antibodies: new frontiers in cancer treatment

How European legislation affects the validation of diagnostic kits in research: the impact of the IVDR

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