Medicinal, Psychological, and Health Research Journal (MPHRJ)

Abstract Abstract

This article explores a cross-disciplinary framework linking architectural design principles with facial surgery, arguing that both fields address structure, aesthetics, function, and human perception through comparable logics. Architecture organizes space through proportion, symmetry, load distribution, and material behavior; facial surgery similarly reshapes bone and soft tissue to restore balance, stability, and expression. Drawing on architectural theories of form, modularity, and structural hierarchy, the paper proposes an analytical model for understanding the face as a dynamic, inhabitable structure rather than a static surface. Concepts such as scale, rhythm, tectonics, and contextual integration are translated into surgical planning tools that support more predictable functional and aesthetic outcomes. The study synthesizes literature from architecture, craniofacial surgery, biomechanics, and visual psychology, and illustrates how architectural thinking can enhance preoperative analysis, three-dimensional modeling, and patient-specific design. Conversely, insights from facial surgery—particularly adaptability, biological constraints, and healing processes—are shown to offer architecture valuable perspectives on responsive design and human-centered construction. By framing facial surgery as a form of micro-architecture and architecture as a macro-expression of embodied form, the article highlights shared epistemologies that transcend disciplinary boundaries. This integrative approach encourages collaboration between architects and surgeons, promotes innovative educational models, and opens new research pathways in digital simulation, biomimetic design, and aesthetic evaluation. Ultimately, the paper argues that understanding faces and buildings through a unified structural and perceptual lens can lead to more ethical, functional, and aesthetically coherent interventions in both the built environment and the human body. Such a perspective reframes professional responsibility, emphasizing long-term impact, interdisciplinary literacy, and the careful alignment of technique, meaning, and lived experience within complex social, cultural, and ethical contexts across contemporary practice globally today.

Abstract Temple volumization has become an integral component of facial rejuvenation, aiming to restore youthful contours and address age-related soft tissue loss. Despite the increasing use of dermal fillers in the temporal region, variability exists regarding filler type, injection depth, technique, and clinical outcomes. This systematic review and meta-analysis aimed to evaluate the efficacy, safety, and patient satisfaction associated with temple filler injections. A comprehensive literature search was conducted across PubMed, Scopus, Web of Science, and Cochrane Library databases from January 2000 to December 2025. Studies reporting on outcomes of hyaluronic acid (HA), poly-L-lactic acid (PLLA), and calcium hydroxylapatite (CaHA) in temple rejuvenation were included. Data extraction focused on injection technique, depth, volume, longevity of effect, adverse events, and patient-reported satisfaction. A total of 66 studies encompassing 3,214 patients met inclusion criteria. Meta-analytic pooling demonstrated significant improvement in temporal volume restoration with HA, PLLA, and CaHA, with standardized mean differences (SMD) of 1.12 (95% CI: 0.85–1.39), 1.05 (95% CI: 0.77–1.32), and 0.98 (95% CI: 0.70–1.26), respectively. Complication rates were low, predominantly mild bruising and transient edema, with no serious adverse events reported. Patient satisfaction scores were consistently high, with pooled satisfaction rates exceeding 90% across all filler types. Comparative analysis suggested slightly longer-lasting results with PLLA and CaHA compared to HA. The findings underscore that temple filler injections are effective, safe, and yield high patient satisfaction when performed with proper technique and depth awareness. Limitations include heterogeneity in study designs, follow-up duration, and reporting standards. Future research should focus on standardized injection protocols, long-term outcomes, and comparative studies between filler types. Overall, this meta-analysis provides evidence-based guidance for clinicians to optimize temple rejuvenation strategies and enhance patient-centered outcomes.

Abstract Maxillofacial abnormalities involving chin deformities often lead to significant aesthetic and functional concerns. In recent years, hyaluronic acid (HA) fillers have gained popularity as a non-surgical alternative for chin shape correction. This systematic review aims to assess the efficacy, safety, and patient satisfaction associated with the use of hyaluronic fillers for chin augmentation in patients with congenital or acquired maxillofacial deformities. A thorough search of databases including PubMed, Scopus, Embase, and Cochrane Library was conducted up to July 2025. Inclusion criteria comprised clinical trials, case series, and cohort studies reporting on outcomes of HA filler injection in the chin. A total of 18 studies met the eligibility criteria, involving 729 patients. The analysis revealed that HA fillers provided satisfactory aesthetic improvement, high patient satisfaction, and low complication rates. However, repeated treatments are necessary due to the temporary nature of fillers. Overall, HA fillers offer a safe, effective, and minimally invasive option for selected patients with chin deformities, particularly when surgical interventions are not feasible or desired.

Abstract Midface volume loss and contour irregularities significantly affect facial aesthetics and are commonly addressed in aesthetic medicine. The beauty rule of one-fifth, which divides the midface horizontally into five equal parts, serves as a foundational guideline for achieving balanced and harmonious facial proportions. This systematic review evaluates the current evidence on the use of hyaluronic acid (HA) fillers for midface correction based on the one-fifth beauty rule. A comprehensive literature search was conducted across multiple databases from 2010 to 2025. Included studies assessed HA filler applications targeting midfacial volumization and contouring with reference to the one-fifth guideline. Outcomes related to aesthetic improvement, patient satisfaction, procedural safety, and adherence to proportional principles were analyzed. The review demonstrates that HA fillers, when applied with respect to the one-fifth rule, yield significant enhancement in midface volume and contour harmony with high patient satisfaction and minimal adverse events. This approach offers a minimally invasive alternative to surgical interventions and underscores the importance of aesthetic proportionality in treatment planning. Future research should focus on standardized injection protocols aligned with anthropometric guidelines to optimize outcomes.

Abstract Advances in maxillofacial surgery increasingly rely on interdisciplinary approaches that integrate principles from engineering, digital imaging, and design sciences. Architectural methodologies, particularly those related to proportion, structural analysis, parametric modeling, and spatial visualization, offer a powerful conceptual and practical framework for understanding and reconstructing the human face. This article examines how architectural thinking can inform surgical planning, simulation, and outcome evaluation in contemporary maxillofacial practice. Drawing on literature from craniofacial surgery, computational design, and architectural theory, the study analyzes parallels between facial anatomy and built structures, emphasizing load distribution, symmetry, modularity, and hierarchical organization. Three methodological intersections are explored: geometric proportioning based on classical and modern architectural ratios; digital workflows employing three-dimensional scanning, virtual surgical planning, and computer-aided design; and patient-specific reconstruction strategies that mirror adaptive architectural design processes. The discussion highlights the benefits of visual communication tools, iterative modeling, and scenario testing, which allow surgeons to predict functional and aesthetic outcomes with greater accuracy. Ethical and practical limitations are also considered, including the risk of overstandardization and the need to preserve individual anatomical variation and cultural perceptions of facial aesthetics. The article concludes that adopting architectural methodologies does not merely enhance technical precision but also encourages a holistic perspective in which the face is understood as a dynamic, structural, and expressive system shaped by both biological and design principles. Future research should further investigate quantitative metrics for evaluating aesthetic harmony, long-term functional stability, and patient-reported outcomes, while fostering collaboration among surgeons, architects, biomedical engineers, and digital designers to develop standardized yet flexible frameworks capable of addressing diverse clinical conditions and cultural expectations worldwide through longitudinal studies, multicenter trials, and open interdisciplinary data sharing initiatives.

Abstract Facial reconstruction in plastic and reconstructive surgery represents a unique intersection of art and science, requiring a deep understanding of human aesthetic and anatomical structures. In recent years, the application of architectural concepts such as form, proportion, and harmony has emerged as a guiding framework for designing facial reconstructions. Form refers to the overall shape and three-dimensional volume of facial components, proportion addresses the mathematical relationships between these components, and harmony reflects the visual balance and aesthetic coherence among facial features. Integrating these concepts enhances surgical precision, improves aesthetic outcomes, and produces a more natural and balanced appearance. Research indicates that combining architectural principles with surgical techniques can improve preoperative planning, the selection of appropriate reconstructive methods, and the prediction of final outcomes. Moreover, this approach enables surgeons to correct complex deformities in a manner that respects individual patient characteristics while maintaining visual harmony. This article presents a framework based on form, proportion, and harmony for facial reconstruction and explores its applications in both reconstructive and cosmetic surgery. Findings demonstrate that incorporating architectural concepts not only enhances aesthetic outcomes but also increases patient satisfaction and reduces the need for secondary procedures. The study emphasizes that facial reconstruction surgeons can employ architectural principles as guiding tools for precise and harmonious design, bridging the boundaries between art and science in medicine.

Abstract Background: Midface volumization is a widely practiced aesthetic procedure for restoring facial volume and improving facial contours. Calcium hydroxylapatite (CaHA) and hyaluronic acid (HA) are two commonly used dermal fillers, yet comparative evidence regarding their efficacy in midface augmentation remains inconclusive.

Objective: To systematically review and quantitatively analyze clinical outcomes comparing CaHA and HA for midface volumization.

Methods: We conducted a systematic search across PubMed, Embase, Cochrane Library, and Web of Science from inception to October 2025. Randomized controlled trials (RCTs), cohort studies, and comparative observational studies evaluating CaHA and HA for midface volumization were included. Primary outcomes were patient reported aesthetic improvement and objective volumetric enhancement. Secondary outcomes included duration of effect, safety, and adverse events. Meta analysis was conducted using a random effects model. Heterogeneity was assessed using I² statistics.

Results: Eight studies (N = 1,245 patients) met inclusion criteria. Both CaHA and HA demonstrated significant midface volume augmentation compared with baseline (p < 0.001). Meta analysis indicated no significant difference between CaHA and HA in aesthetic improvement scores at 6 months (standardized mean difference [SMD] 0.08, 95% CI −0.11 to 0.27, I² = 42%). However, CaHA showed a longer duration of effect at 12 months post treatment (SMD 0.31, 95% CI 0.12–0.50, I² = 35%). Safety profiles were comparable; transient swelling and erythema were most common.

Conclusion: Both CaHA and HA are effective and safe for midface volumization. While early aesthetic outcomes are similar, CaHA may confer longer durability. Further large scale RCTs with standardized outcome measures are recommended.

Abstract Facial surgery, whether aesthetic or reconstructive, increasingly relies on interdisciplinary frameworks to enhance both functional and visual outcomes. Among these frameworks, architectural principles provide a valuable conceptual and practical lens for understanding facial form, proportion, and spatial harmony. This article explores how architectural thinking—particularly concepts such as balance, proportion, symmetry, rhythm, scale, and structural integrity—can inform facial surgical planning and execution. By treating the face as a dynamic three-dimensional structure rather than a collection of isolated anatomical units, surgeons can achieve results that are more harmonious, durable, and individualized. Spatial thinking, a core element of architectural design, enables surgeons to evaluate the relationships between facial subunits, soft tissue volumes, skeletal foundations, and light-shadow interactions. This approach is especially relevant in complex reconstructive cases, where restoring facial identity requires more than anatomical repair, and in aesthetic surgery, where subtle changes can significantly influence overall facial perception. Architectural concepts such as load-bearing structures can be analogized to skeletal support, while façade design parallels soft tissue contouring and skin redraping. Furthermore, the integration of architectural principles supports preoperative visualization, surgical simulation, and long-term outcome prediction. Advances in three-dimensional imaging and digital modeling have strengthened this interdisciplinary connection, allowing surgeons to plan procedures with architectural precision. By adopting spatial and architectural thinking, facial surgeons can bridge the gap between science and art, improving patient satisfaction and surgical predictability. This article argues that architectural principles should be considered an essential cognitive tool in facial surgery education and practice. Incorporating these concepts fosters a holistic understanding of facial anatomy and aesthetics, ultimately contributing to more balanced, functional, and aesthetically pleasing surgical outcomes.

Abstract Dermal fillers are widely used in aesthetic medicine for facial rejuvenation and volume restoration. Although generally considered safe, complications—ranging from mild to severe—can occur. Patient-related factors significantly contribute to the risk, nature, and severity of these adverse effects. This review explores how age, medical history, skin type, lifestyle habits (such as smoking and sun exposure), and immune status influence the development of dermal filler complications. Inadequate patient selection and insufficient pre-treatment assessment can lead to undesirable outcomes including granuloma formation, delayed hypersensitivity reactions, and vascular compromise. Moreover, psychological factors and unrealistic expectations may complicate the therapeutic course. Prevention begins with thorough patient evaluation, informed consent, and individualized treatment planning. In the event of complications, early recognition and a tailored treatment strategy—ranging from conservative management to enzymatic or surgical intervention—are crucial. Understanding patient-specific risks not only enhances safety but also optimizes outcomes. This article aims to guide clinicians in integrating patient factors into the prevention, assessment, and treatment of dermal filler complications, ultimately contributing to safer and more effective aesthetic practices.