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  • Presentation

Emerging Therapies and Multimodal Approaches for Body Contouring

Description

The talk reviews emerging therapies and a practical framework for body contouring, emphasizing that no single device or treatment addresses all patient concerns, especially in the post-GLP-1 weight-loss population. Body contouring is framed as treatment of fat, skin laxity, and muscle loss, with the speaker arguing for multimodal, personalized care based on the main tissue target. Technologies discussed include injectable fat-reduction agents such as Kybella, Raziel’s synthetic cytolytic agent, and Callaway’s CBL-514, along with device-based approaches like cryolipolysis, a novel injectable cooling concept, high-intensity focused ultrasound, radiofrequency, muscle-focused EMS/HIFEM systems, and microwave-based Coolwaves. The presentation compares these options by selectivity, evidence, durability, safety, and patient fit, noting benefits, limitations, workflow practicality, and side effects such as pain, inflammation, and paradoxical adipose hyperplasia. The overall message is that the best results come from matching the right modality, or sequence of modalities, to the patient’s anatomy and goals rather than relying on a single treatment.

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Conclusions

  • The presentation concludes that post-GLP-1 patients have changed the body-contouring landscape by commonly needing treatment for residual fat, skin laxity, and muscle loss at the same time.
  • No single body-contouring device or therapy adequately addresses all of these concerns, so multimodal treatment is the most effective overall strategy.
  • Selecting therapy should be based on the primary target tissue—fat, skin, muscle, or a combination—rather than on a one-device-fits-all approach.
  • Injectable lipolysis and injectable cryolipolysis are promising because they may make body contouring more scalable and customizable than traditional capital-intensive devices.
  • Cryolipolysis remains effective and well established, but newer applicators and injectable coolant approaches may improve practicality, expand anatomical reach, and potentially reduce limitations.
  • HIFU and radiofrequency are best viewed as complementary technologies for skin tightening and remodeling, with HIFU leaning toward deeper fat and RF toward dermal and subdermal tightening.
  • HIFEM-based muscle stimulation is important for patients with post-weight-loss sarcopenia or muscle atrophy because it can improve muscle tone and definition.
  • Emerging microwave technology appears promising for combined fat reduction and skin tightening, but its long-term evidence base is still limited.
  • The best body-contouring outcomes come from personalized sequencing of multiple treatments matched to the patient’s anatomy and goals, not from relying on a single modality.
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