Improving anterior axillary folds aesthetically with quantum molecular resonance

inflammatory responses, 5 we postulate that QMR-promoted angiogenesis and lymphatic angiogenesis, paired with inflammation inhibition, could drive the observed aesthetic enhancement. For treating anterior axillary folds noninvasively, alternative methods include cryolipolysis, which targets fat cells; RF treatments that promote skin tightening; and high-intensity focused ultrasound (HIFU), that addresses skin laxity and fat reduction. 6 QMR stands out for its molecular-level cellular regeneration, minimal side effects, and novel approach. Our findings reveal that QMR ameliorates the aesthetic appearance and diminishes the circumference of protruding anterior axillary folds, exhibiting no adverse effects. However, this study has constraints including the absence of a control group, limited sample size


Improving anterior axillary folds aesthetically with quantum molecular resonance
To the Editor, We suggest quantum molecular resonance (QMR) as a noninvasive modality for aesthetic improvement of the anterior axillary folds.
A 50-year-old woman presented with bulging mounds of the anterior axillary folds.The patient was healthy without any medical problems and had a body mass index (BMI) of 24.The patient did not recall a history of impaired lymphatic drainage or being diagnosed with accessory breast tissue.Physical examination revealed mounds in the anterior folds of both axillae (Figure 1A).Punch biopsies were not performed.The circumference of her trunk underneath the axillae measured 83 cm.The patient agreed to nonsurgical treatment.
All procedures were conducted after obtaining informed consent and clinical approval.A device using QMR (Corage 2.0, QuanteQ, Korea) with an energy level of 37 (37 W per 100 s) with vacuum was performed on the anterior axillary folds at two sessions at a 2-week interval.After the second visit, noticeable changes occurred and the patient was satisfied with the outcome with no adverse effects (Figure 1B).The circumference of the trunk decreased to 80 cm.Her BMI stayed the same.

F I G U R E 1 (A)
The patient exhibits bulging mounds on both anterior axillary folds.(B) Noticeable changes occurred after two sessions using quantum molecular energy technology.inflammatory responses, 5 we postulate that QMR-promoted angiogenesis and lymphatic angiogenesis, paired with inflammation inhibition, could drive the observed aesthetic enhancement.
For treating anterior axillary folds noninvasively, alternative methods include cryolipolysis, which targets fat cells; RF treatments that promote skin tightening; and high-intensity focused ultrasound (HIFU), that addresses skin laxity and fat reduction. 6QMR stands out for its molecular-level cellular regeneration, minimal side effects, and novel approach.
Our findings reveal that QMR ameliorates the aesthetic appearance and diminishes the circumference of protruding anterior axillary folds, exhibiting no adverse effects.However, this study has constraints including the absence of a control group, limited sample size, and lack of extended posttreatment observation.Despite these limitations, QMR stands as a promising noninvasive therapeutic option for aesthetic improvement in this region.

CO N FLI C T O F I NTER E S T S TATEM ENT
None declared.

A
37-year-old woman presented with bulging mounds of the anterior axillary folds.The patient had a BMI of 21.She did not recall any medical problems.The circumference of her trunk underneath the axillae measured 78 cm.The patient agreed to treatment with QMR for aesthetic improvement.All procedures were conducted after obtaining informed consent and clinical approval.A single session of QMR (Corage 2.0, QuanteQ, Korea) with an energy level of 37 (37 W per 100 s) with vacuum was performed.After treatment, the patient was satisfied with no adverse effects.The circumference of the trunk decreased to 75.5 cm.Sagging axillary mounds can manifest due to a combination of factors, such as excess fat, muscle hypertrophy, accessory breast tissue, and impaired lymphatic drainage.Surgical corrections have been documented to address these concerns with favorable aesthetic outcomes. 1However, considering our patients were healthy with standard BMIs, we hypothesized that enhancing lymphatic drainage might produce superior aesthetic results.The lymphatic system's role in removing waste and superfluous fluid is paramount.When inflammation is present, it often precipitates a buildup of fluid and waste, thus hindering efficient drainage.The axillae harbor a comprehensive network, and any deviation in its drainage capability might lead to lymphedema and aesthetic alterations.Quantum molecular resonance produces multiple radiofrequency (RF) resonance waves between 4 and 64 MHz, leading to molecular resonance energy which then influences molecular bonding.This culminates in cellular regeneration at the molecular level. 2Existing evidence suggests that wounds treated with QMR manifest reduced inflammatory cells and increased vascular endothelial growth factors (VEGF) expression, facilitating new blood vessel growth and expedited healing. 2 QMR's clinical applications extended to alleviating postoperative edema and addressing skin laxity. 3,4Given that studies have linked the induction of lymphatic structures with subdued This is an open access article under the terms of the Creative Commons Attribution License, which permits use, distribution and reproduction in any medium, provided the original work is properly cited.© 2024 The Authors.Journal of Cosmetic Dermatology published by Wiley Periodicals LLC.