Maxime Dely – Simple Transfusion or Red Cell Exchange: Two Techniques, Two Philosophies of Care
Maxime Dely, Sales and Application Specialist in Therapeutic Apheresis and Cell Therapy, posted on LinkedIn:
”Simple transfusion or red cell exchange: two techniques, two philosophies of care.
When we think of a blood transfusion, we usually imagine a straightforward act – giving red blood cells to correct anemia or improve oxygenation.
But in certain cases – sickle cell disease, polycythemia vera, severe malaria, or intoxications – there’s another option: red cell exchange by apheresis.
Instead of adding more blood, we gradually replace the patient’s red cells with healthy donor cells using an apheresis machine.
The total blood volume remains constant, and the process is precise, controlled, and personalized for each patient.
The benefits are clear:
- Rapid correction of abnormal red cell proportions.
- No iron overload – a common issue with repeated transfusions.
- Improved blood viscosity, reducing vaso-occlusive risks.
- Above all, a tailored, patient-specific approach – precision transfusion medicine.
Of course, this technique requires specialized expertise, equipment, and teamwork. But it represents where medicine is heading: more targeted, safer, and more human.
Behind every red cell exchange stands a dedicated team – nurses, physicians, and biologists – turning advanced technology into meaningful care.”
Keep up with Hemostasis Today.
-
Nov 3, 2025, 08:23The 1st Participant in A New CHECK-NIRS Clinical Study is Enrolled!
-
Nov 3, 2025, 08:15Bert van Meurs Shares the New Late-breaking Results from the iMODERN Trial
-
Nov 3, 2025, 07:10Lisa Shea Shares Key Takeaways from NORD Summit 2025
-
Nov 3, 2025, 06:49Darshan Doshi on Results of iMODERN and ILIAS ANOCA Studies Presented at TCT 2025
-
Nov 2, 2025, 14:172019 ESC/EAS Guidelines for the Management of Dyslipidaemias Discussion with Lale Tokgözoğlu and Jeanine Roeters van Lennep
-
Nov 3, 2025, 09:13Claudio Carrubba on How Timing Truly Matters in Trauma Embolization
-
Nov 3, 2025, 08:46Rachel Lamerton and Colleagues on Activation of Platelets in Flow Cytometry
-
Nov 3, 2025, 04:56Nirupama Ramadas and Erica Sparkenbaugh on Thromboinflammation in SCD
-
Nov 2, 2025, 14:21Claude Franceschi: I Advise You to Understand the Hemodynamic Pathophysiology of Venous Diseases Rather than Blindly Applying Ablation Techniques or Venous Stent Placement
-
Nov 2, 2025, 14:15Krishna Aragam: Why are (DCM) and Heart Failure About Twice as Common in Individuals of Self-Identified Black Race?
-
Oct 29, 2025, 07:31The Use of Artificial Intelligence to Improve Detection of Acute Incidental Pulmonary Emboli - JTH
-
Oct 29, 2025, 07:05Shrinidhi Nathany: AI in Diagnostic Medicine
-
Oct 28, 2025, 07:02Aya Berman: AI Model for Predicting Bacteremia
-
Oct 28, 2025, 06:55The New Era of Genomics, AI and Cell Therapy in Hematology and Infectious Diseases
-
Oct 28, 2025, 06:49Lukas Gaats: Researchers Are Building Reproductive Organoids
-
Nov 3, 2025, 09:24Stephen Cornelissen: It’s Not Just About Emergencies — It’s About Everyday Care, Chronic Conditions and Hope
-
Nov 3, 2025, 06:57Maria Elisa Mancuso Reflects on 2025 Annual Congress of the Italian Association of Hemophilia Centres
-
Nov 3, 2025, 05:46Chandra Viswanathan: When Blood Safety Fails, We All Bleed - A Call for Reform and Responsibility
-
Nov 2, 2025, 14:17Anamaria B: Your Mother Still Runs Part of Your DNA
-
Nov 2, 2025, 10:57Paul Bolaji on Launching The First Centralised Nigerian National Stroke Registry