Vetmedix Case Share | Application of High-Energy Laser Therapy in Skin Hyperplasia Resection Surgery

Introduction

Feline skin hyperplasia is mostly triggered by chronic dermatitis, abnormal wound healing, hair follicle pathology, and external stimuli. Affected cats exhibit abnormal skin tissue proliferation, epidermal thickening, and erythema. Conventional surgical excision often leads to large trauma, heavy bleeding, high post-op wound infection risks, and prolonged healing times. High-energy laser therapy is an advanced, minimally invasive physical technology currently applied in small animal clinical practice for feline skin hyperplasia resection, skin wound repair, inflammatory lesion intervention, and dermal tissue function reconstruction. Utilizing advanced class 4 laser therapy principles, it offers remarkable advantages such as precise targeting, safety, minimal invasiveness, low thermal injury, strong tissue penetration, and accurate ablation of hyperplastic lesions. It effectively clears abnormal proliferative tissue while improving local skin microcirculation, promoting rapid wound scabbing and healing, and rebuilding the skin barrier function. This significantly enhances the therapeutic efficacy for feline hyperplastic lesions, lowers recurrence rates, and optimizes postoperative skin repair quality and aesthetic recovery.

This report fully documents the complete diagnostic, surgical, and rehabilitation process of treating feline skin hyperplasia, repairing postoperative wounds, and restoring skin function using VETMEDIX veterinary laser equipment. It aims to provide scientific therapeutic insights and practical references for the clinical minimally invasive treatment and post-op rehabilitation care of various feline hyperplastic skin lesions, wound repairs, and stubborn dermatitis.

01 Case Introduction

• Species: Cat
• Past Medical History: None
• Chief Complaint: Skin hyperplasia.

02 Diagnostic Results

Skin hyperplasia.

03 VETMEDIX High-Energy Laser Therapy Protocol

• Surgical Procedure: High-energy laser device surgery. Utilizing state-of-the-art veterinary laser therapy equipment allowed for bloodless incision, precise tissue ablation, and simultaneous thermal coagulation of local microvessels.

04 Case Summary

Short-term Recovery:

The veterinary team at United Pet Hospital performed high-energy laser surgery on the cat presenting with skin hyperplasia. Postoperatively, the hyperplastic tissue gradually ablated and sloughed off, while symptoms of local swelling, subcutaneous blood stasis, and elevated skin temperature progressively subsided. Microcirculation at the affected site became increasingly unobstructed, basal cell activity in the damaged skin steadily revived, and the rigid, rough, and thickened condition of the skin was effectively alleviated. Wound exudation, itching, and stinging sensations were significantly reduced, leading to a drastic decrease in abnormal licking and scratching behaviors, with the cat’s overall skin condition and mental state continuously improving.

Long-term Tracking:

Long-term follow-up observations revealed that the skin hyperplastic lesions completely disappeared, and local inflammation and hemorrhagic infiltration were thoroughly resolved. The skin color and texture at the surgical site became consistent with the surrounding normal skin, and skin microcirculation as well as tissue metabolism returned to normal. Issues such as skin thickening, stiffness, breakdown, and recurrent inflammation were completely eliminated; the wound healed fully with complete reconstruction of the skin barrier function. The cat can now rub and stretch the affected area normally. No sequelae occurred—such as lesion recurrence, wound ulceration, scarring, soft tissue adhesion, abnormal pigmentation, or recurrent inflammatory flare-ups—and the local skin tissue function completely recovered to a healthy, normal state.

Conclusion:

This case strongly demonstrates the significant clinical value of VETMEDIX small animal high-energy laser therapy in feline skin hyperplasia resection surgery. Relying on Photobiomodulation (PBM) technology, this therapy—recognized as the best laser therapy device solution for veterinary soft tissue applications—acts precisely on feline skin hyperplastic lesions in a minimally invasive, painless, and highly targeted manner. It accurately ablates abnormal proliferative tissue, effectively improves local skin microcirculation, clears subcutaneous inflammatory stasis, accelerates wound inflammatory metabolism and swelling reduction, activates basal repair cells, and promotes wound and soft tissue healing. It substantially improves the surgical and rehabilitation outcomes of skin hyperplasia in cats while avoiding traditional surgical drawbacks such as large trauma, obvious scarring, high recurrence rates, persistent inflammation, and poor skin healing, thus providing a reliable clinical reference for managing hyperplastic skin lesions, traumatic skin breakdown, and refractory dermatitis in felines.

05 Hospital Introduction

United Pet Hospital

Located in Shenzhen, Guangdong, United Pet Hospital is a specialized veterinary medical center focused exclusively on feline care. Adhering to a cat-centric service philosophy, the hospital provides comprehensive feline diagnostics, medical treatments, and pet bathing services. All clinical consultations and grooming services require prior appointment, with two dedicated contact phone lines available for owner inquiries. The clinic regularly records the daily recovery of patient cats and shares feline healthcare content via video channels, dedicating itself to delivering specialized feline medical services.