Eternia Medspa

Eternia Medspa operates in San Francisco, California, under the clinical direction of Nia Zameni, MSN, FNP, who brings board certification in both facial plastic surgery and otolaryngology to her aesthetic practice. This dual specialty background informs the clinic's approach to facial anatomy and peptide-based skin rejuvenation protocols. The medspa integrates regenerative peptide therapies with traditional aesthetic services, positioning itself within San Francisco's competitive medical aesthetics market by emphasizing anatomical precision and evidence-based treatment selection.

The peptide therapy menu at Eternia Medspa includes Copper Peptides and GHK-Cu for collagen synthesis and wound healing applications in skin rejuvenation protocols, BPC-157 for tissue repair and inflammation modulation, and Tirzepatide for metabolic support in body contouring programs. GHK-Cu is applied both topically in post-procedure care and through injection for deeper dermal remodeling, while BPC-157 is utilized in patients seeking accelerated recovery from aesthetic procedures or those addressing chronic inflammatory skin conditions. Tirzepatide represents the clinic's integration of GLP-1 receptor agonist therapy into comprehensive body contouring plans, prescribed alongside nutritional counseling and body composition monitoring. Copper peptide protocols are customized based on individual skin barrier function assessments and collagen density evaluations performed during initial consultations.

Nia Zameni's clinical methodology combines her surgical training in facial plastic surgery with functional medicine principles in peptide selection. Her otolaryngology board certification provides specialized knowledge of head and neck anatomy that informs injection techniques for facial balancing procedures. The clinic's approach to injectables extends beyond volume restoration to include structural support mapping and proportional analysis, with peptide therapies integrated as adjunctive treatments to optimize tissue quality and treatment longevity. Zameni's nurse practitioner credentials allow her to prescribe peptide therapies within California's scope of practice regulations while maintaining collaborative relationships with supervising physicians for complex cases requiring multi-modal intervention.

Patients at Eternia Medspa in San Francisco undergo in-person consultations that include facial analysis photography, skin quality assessment using standardized grading systems, and medical history review to identify contraindications for peptide therapy. Treatment plans typically span 8-12 weeks for initial peptide protocols, with follow-up visits scheduled at 4-week intervals to assess response and adjust dosing. The clinic provides detailed pre-treatment instructions for peptide injections, including temporary modifications to supplement regimens and skincare products that may interfere with peptide absorption. Post-treatment protocols include specific guidance on activity restrictions, sun exposure limitations, and complementary topical products to enhance peptide efficacy. Patients receiving Tirzepatide for metabolic support participate in monthly body composition analysis and nutritional consultations as part of the comprehensive program structure.

Eternia Medspa maintains a 4.9-star rating across 26 Google reviews, reflecting patient feedback on treatment outcomes and clinical communication. The San Francisco location requires in-person visits for all peptide consultations and administration, with no telehealth options currently available for initial evaluations or follow-up care. This in-person requirement allows for direct assessment of injection sites, real-time adjustment of technique based on tissue response, and immediate management of any adverse reactions. The clinic's focus on facial balancing and skin rejuvenation through peptide integration distinguishes its service model from volume-focused medical spas, appealing to San Francisco patients seeking anatomically informed aesthetic enhancement rather than trend-driven procedures.