BH Labs Knowledge Center

A 2023 review highlights the critical role of lymphatic regeneration in wound healing. When lymph flow is impaired—as in diabetes—healing slows and inflammation lingers. Therapies that support lymphatic drainage may reduce swelling, clear waste, and promote tissue repair. External compression systems and lymphatic massage offer promising ways to support recovery, especially in post-op or chronic care settings.

A 2023 review highlights how lymphatic massage (MLD) helps reduce swelling, fibrosis, and fluid retention after cosmetic procedures like liposuction and facelifts. MLD improves lymphatic flow and supports faster healing by redirecting fluid through functioning lymph vessels. For clinics, MLD and mechanical lymphatic drainage offer scalable, noninvasive ways to improve recovery outcomes and patient satisfaction.

A 2024 clinical study shows PEMF therapy significantly reduces pain and swelling after orthognathic (jaw) surgery. Patients treated with PEMF had 3.6% greater reduction in facial swelling by day 4 and reported lower pain scores throughout recovery. This noninvasive therapy also reduced the need for pain medication, making it a promising tool to support faster, more comfortable healing.

Peer-reviewed study shows red and near-infrared light therapy improves wound healing and reduces scarring in diabetic mice by enhancing tissue repair and regulating key growth factors like TGF-β1 and TGF-β3.

Clinical study finds that red (632.8 nm) and infrared (1064 nm) light improve scar texture and tissue structure, suggesting wavelength-specific benefits of red light therapy for reducing surgical scars.

Review shows red light therapy reduces musculoskeletal pain, inflammation, and supports healing—offering a safe, non-invasive option for clinics.

Comprehensive review shows red and near-infrared light therapy (LLLT) improves skin health by reducing inflammation, boosting collagen, accelerating healing, and treating conditions like acne, vitiligo, and herpes. Backed by 100+ studies, this noninvasive therapy is safe, effective, and ideal for clinics offering cosmetic and regenerative services.

Clinical studies show mild HBOT (1.3–1.5 ATA) improves cognitive function, boosts tissue oxygenation, supports healing, and reduces inflammation—while being safer and more tolerable than high-pressure HBOT. Research in mTBI and chronic brain injury reveals measurable improvements after 40 sessions, with strong safety outcomes and minimal side effects.

Peer-reviewed study shows HBOT before abdominoplasty surgery can reduce post-op complications by 74%. No cases of tissue necrosis occurred in the HBOT group, while the control group had a 6.2% necrosis rate. HBOT was confirmed as an independent protective factor, suggesting it may enhance surgical outcomes in aesthetic procedures like tummy tucks.

Case–control study shows HBOT can accelerate facelift recovery by 64%, reducing wound healing time from 36.9 to 13.3 days. Patients receiving HBOT had faster healing, fewer complications, and higher satisfaction—highlighting HBOT as a valuable adjunct for aesthetic surgery recovery protocols.