V · PRP · Regenerative medicine

Plateltex

Plateltex was developed to turn the potential of biological healing into a safe and controlled procedure that respects its natural structure. Not just a gel preparation system: an approach that bridges scientific knowledge and clinical practice, with simplified use and standardised processes.

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CEMarked preparation system
10Clinical application areas
10×Platelet concentration, up to

Gelation with batroxobin

Converts fibrinogen to fibrin through a more selective mechanism than thrombin and does not activate platelets: growth factors stay protected while the gel is prepared.

Controlled, gradual release

Growth factors are released slowly and evenly as platelets activate naturally; a longer-lasting and more effective regenerative effect.

Standardised and repeatable

Simplified use and standardised processes make it safe to apply across clinical settings.

Batroxobin-based platelet gel preparation system

Plateltex PRP Gel

Plateltex's proprietary, patented process turns platelet-rich plasma into a gel with batroxobin. Batroxobin converts fibrinogen to fibrin through a more selective enzymatic mechanism than thrombin and does not activate platelets: growth factors are preserved while the gel is prepared and released slowly, in a controlled and gradual way, after application.

Highlights

Gelation with batroxobin: a fibrin network without platelet activation
Growth factors stay inside the platelets, with almost no loss to the surroundings
Slow, controlled and gradual release; a longer-lasting regenerative effect
Simplified use and standardised preparation
Safe to apply across clinical settings
A mouldable gel suited to topical application

Technical specifications

Product: Platelet-rich plasma (PRP) gel
Coagulant: Batroxobin
Platelet concentration: Up to 10 times normal blood concentration
Preparation: Centrifugation of a small volume of anticoagulated blood; gelation with calcium and batroxobin
Application: Topical, directly to the lesion site
Certification: CE

Why batroxobin

A selective enzyme instead of thrombin

Clot formation needs fibrinogen to become fibrin; physiologically, thrombin drives that conversion. But thrombin is also a strong platelet activator, and a large share of the growth factors is released quickly into the surroundings and lost. Batroxobin converts fibrinogen through a different, more selective mechanism; platelets stay inactive, growth factors are preserved, and tissue healing gets a balanced regenerative effect.

Selective enzymatic mechanism
No platelet activation
Controlled release

What platelet gel is

From platelets to the lesion

Once the platelet fraction is enriched, calcium and a coagulant are added to start gelation. The resulting platelet-rich gel is applied directly to the lesion site; growth and healing factors released from the platelets reach the cells there, start the biological response and speed up tissue regeneration.

PRP
Platelet gel
Growth factors

Plateltex · PRP / Platelet gel

Clinical areas. Different needs.

Explore application areas discussed for platelet-rich gel. Open each area’s dedicated page for its overview and application examples.

Oral and maxillofacial surgery

Tissue repair contexts in dental implants and maxillofacial surgery.

Application examples

Sinus surgery, dental implants, mandibular reconstruction, bone grafts, alveolar repair. Le Fort fractures (Guerin fracture).

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Chronic and acute wounds

Wound care contexts including diabetic foot ulcers and pressure injuries.

Application examples

Diabetic foot ulcers, pressure ulcers, spider and snake bites.

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Orthopaedics

Bone defects, fractures and orthopaedic surgical applications.

Application examples

Hip and knee prostheses, spinal fusion, laminectomy, fractures, non-union and bone defects.

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Sports medicine

Application areas involving tendon, ligament and muscle injuries.

Application examples

Tendinitis, degenerative tendinopathy, tendon and muscle injuries.

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Neurosurgery

Dural repair and cranial surgical applications.

Application examples

CSF leak, dural repair, cranioplasty, craniotomy, transsphenoidal hypophysectomy. Burr hole (trepanation) procedures.

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Ear, nose and throat

Tissue repair contexts in ear, nose and throat surgery.

Application examples

Rhinoplasty, septorhinoplasty, thyroidectomy, tympanoplasty, parotidectomy. Acoustic neuroma surgery; bone and cartilage fixation.

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Ophthalmology and eye surgery

Corneal and other ocular surface applications.

Application examples

Corneal ulcers, keratoconjunctivitis, dry eye syndrome, macular hole repair.

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General, vascular and cardiothoracic surgery, urology

Areas spanning general and vascular surgery through to urology.

Application examples

Laparoscopic cholecystectomy, splenectomy, gastrectomy, pancreatic surgery, vascular grafts, CABG, prostatectomy.

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Plastic, aesthetic and reconstructive surgery

Application areas in aesthetic surgery and reconstruction.

Application examples

Laser resurfacing, face, neck and brow lifts, blepharoplasty, mammoplasty, breast and craniofacial reconstruction, abdominoplasty.

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Veterinary medicine

Bone, tendon and soft tissue applications in animals.

Application examples

Bone, tendon and ligament injuries in horses, dogs and other companion animals; skin and mammary gland lesions.

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Areas and procedure examples are based on Nevosa’s Plateltex information material; they do not establish an approved indication or the same level of clinical evidence for every procedure. Suitability depends on the product instructions and clinical assessment.

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