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PRP and the role of nutrition: Optimizing patient response through pre- and post-therapeutic measures
Nutrition can make all the difference: Discover how micronutrients, a low-inflammatory diet, and targeted preventive measures improve the effectiveness of PRP therapies—scientifically proven and explained in practical terms.
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PRP in pain therapy: beyond the joints - new indications and protocols
Discover the revolutionary applications of Platelet Rich Plasma (PRP) in pain management that go far beyond joint pain. This article highlights how PRP effectively treats neuropathic pain, fascial disorders and chronic back pain, and provides medical professionals with sound insights into protocols, practical considerations and legal aspects. Learn how PRP has the potential to make a lasting difference in pain management. Translated with DeepL.com (free version)
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PRP treatment: When caution is advised – A comprehensive guide to contraindications for medical professionals and patients
Not everyone benefits from PRP: Find out in this article who is not suitable for autologous blood therapy for hair loss, osteoarthritis, or skin treatments. With medical depth, clear explanations, and references to studies – understandable for patients and doctors.
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Telozytes and their symphony with PRP
Telozytes—the unknown communication cells—unleash fascinating potential in regenerative medicine when combined with PRP. Discover how this cell duo could revolutionize tissue healing. Find out now!
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The symphony of hearing: How the body's own PRP is giving new hope in otology
PRP (platelet-rich plasma) is increasingly revolutionizing otology. This specialist article provides in-depth, practical information on how PRP is used to treat sudden hearing loss, tinnitus, and cochlear damage, including studies, protocols, recommended materials, and legally compliant application.
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PRP for liver regeneration: Hope for fibrosis and cirrhosis
PRP—the body's own healing concentrate—shows promising results in chronic liver damage. In this article, you will learn how growth factors slow fibrosis and inflammation and promote regeneration.
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Temperature-controlled PRP in modern medicine: basics, advantages, and applications
t-PRP – temperature-controlled platelet-rich plasma – is considered the next stage in autologot-PRP uses temperature changes to activate platelets without chemical additives. Initial in vitro data suggest a delayed release of growth factors. Overview of methodological principles, preliminary evidence, and potential applications in dermatology, orthopedics, and other specialties.us blood therapy. Without any additives, it activates the body's healing powers in a targeted, long-lasting, and particularly well-tolerated manner. New applications are emerging in aesthetics, trichology, urology, and gynecology. Find out what makes t-PRP so unique – medically sound and explained in an exciting way.
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Understanding and managing PRP side effects: A guide for patients and physicians
Understand the side effects that can occur with PRP treatments in aesthetics, orthopedics, urology, gynecology, and trichology. This guide for physicians shows how common complications are—and how to avoid them professionally.
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What are PRP tubes?
Platelet-rich plasma, better known as PRP, is an autologous procedure in which a person's whole blood is drawn. The platelets are then concentrated using a centrifuge and special PRP tubes. The platelets, which contain several growth factors, are then taken again -in this feature injected into the same person makes PRP alone a very safe procedure that eliminates the likelihood of contracting communicable diseases.
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