Maxime Dely: Therapeutic Apheresis – How Do You Know When You Can’t Wait Any Longer?
Maxime Dely, Sales and Application Specialist in Therapeutic Apheresis and Cell Therapy, shared a post on LinkedIn:
“Therapeutic Apheresis: How do you know when you can’t wait any longer?
3 clinical criteria to decide on Therapeutic Apheresis
Therapeutic apheresis is neither an automatic reflex nor a last-resort treatment by default. The right indication relies on a structured clinical reasoning, which can be summarized into three key criteria.
1. A clearly identifiable circulating pathogenic target
Apheresis makes sense when the disease mechanism involves a blood-borne factor that can be mechanically removed:
– autoantibodies (TTP, myasthenia gravis, Goodpasture syndrome)
– immune complexes (severe lupus)
– abnormal cells (leukostasis in acute leukemias)
– lipoproteins (homozygous familial hypercholesterolemia)
Without a clearly identified circulating target, the expected benefit becomes questionable.
2. Acute or rapidly progressive clinical severity
Myasthenic crisis with respiratory failure, thrombotic thrombocytopenic purpura, progressive Guillain–Barré syndrome, antibody-mediated graft rejection…
In these situations, apheresis is a life-saving or organ-saving emergency intervention.
3. A mismatch between clinical urgency and the onset of action of standard therapies
Immunosuppressive drugs, IVIg, or chemotherapy may be effective — but sometimes too slow.
Therapeutic apheresis allows an immediate reduction of the pathogenic burden, stabilizing the patient and creating a therapeutic window.
Deciding on apheresis is not about ticking boxes on a list of indications. It is about integrating pathophysiology, clinical severity, and timing, through close multidisciplinary collaboration.
When properly indicated, apheresis is not a technical luxury — it is a strategic clinical tool.”

Find more posts featuring Maxime Dely on Hemostasis Today.
-
Apr 6, 2026, 16:39Dhinesh Selvaraju: FDA Approves Narsoplimab (Yartemlea) as 1st Treatment for TA-TMA in Adults and Children
-
Apr 6, 2026, 16:38Linda Vorberg: A Detailed Analysis on The Usefulnessof CT for DL-Based Stroke Lesion Segmentation
-
Apr 6, 2026, 16:37Colleen Hearn: Telestroke Helps Resource-Limited Facilities Gain Access to Unavailable Expertise
-
Apr 6, 2026, 16:37Nicolas Hubacz: AI Maps Neuroplasticity in Stroke Recovery – How the Brain Adapts After Injury
-
Apr 6, 2026, 16:36Cristina de Diego Alonso: Movement Is Not Just an Exercise, It Is The Rhythm of Daily Life
-
Apr 6, 2026, 16:35Charles Okyere Boadu: What Is The Most Likely Cause of Persistent Thrombocytopenia Despite Transfusion?
-
Apr 6, 2026, 16:34Tumor Mutations and VTE Risk – New Insights from a 12,500-Patient Cancer Study – JTH
-
Apr 6, 2026, 16:31Wolfgang Miesbach: New Real-World Data Reveal Ongoing Burden in Moderate-to-Severe Haemophilia A
-
Apr 6, 2026, 16:26Heghine Khachatryan։ Targeting High Risk Antiphospholipid Syndrome in Pregnancy with Hydroxychloroquine