Aesthetic Surgery

By visualizing temperature variations, surgeons can identify the regions that require treatment and plan the procedure accordingly.

Thermography in Aesthetic Clinics

Thermal imaging can offer valuable support in the field of aesthetic surgery.

Assessment of tissue characteristics

Thermal imaging can provide insights into the temperature distribution and thermal patterns of tissues. This information can help surgeons assess the characteristics of the target area (ROI) before liposuction. Areas with excess fat accumulation typically have a higher temperature due to increased metabolic activity. By visualizing these temperature variations, surgeons can identify the regions (ROI) that require treatment and plan the procedure accordingly.

Surgical planning and precision

Thermal imaging can aid in surgical planning by providing a visual map of the target area’s temperature distribution. Surgeons can use thermal images to identify asymmetries, areas of concentrated fat, or irregularities in blood flow. This information enhances surgical precision, allowing surgeons to precisely target and remove excess fat during liposuction.

Real-time monitoring of tissue perfusion

During liposuction, it is important to ensure adequate blood flow to the treated area. Thermal imaging can assist in real-time monitoring of tissue perfusion by capturing temperature changes. Surgeons can use thermal images to assess the vascularity of the tissue and make adjustments as needed to avoid complications related to inadequate blood supply.

Evaluation of postoperative outcomes

After liposuction, thermal imaging can be used to assess the postoperative outcomes. By comparing pre- and post-operative thermal images, surgeons can evaluate the effectiveness of the procedure and identify any areas that may require further attention or touch-up treatments. This helps in achieving desired aesthetic results and can guide postoperative care.

It is important to note that while thermal imaging can provide valuable insights, it is typically used as an adjunctive tool alongside established surgical techniques and assessments. Surgeons should rely on their clinical expertise and use thermal imaging as an additional aid in the surgical process.

The benefits of ThermoScope
Sport: The use of infrared thermography for the dynamic measurement of skin temperature of moving athletes during competition; methodological issues
To investigate the use of infrared thermography (IRT) for skin temperature measurement of moving athletes during competition and its sensitivity to factors that are traditionally standardised.
Sport: Behavior of skin temperature during incremental cycling and running indoor exercises
The main contribution is comparing the thermal behavior of the person's skin performing two different activities, constructing a basis for future energy and exergy analysis of the human body under physical activities complementary to the literature.
Dermatology: An analysis of tumor-related skin temperature differences in malignant soft-tissue tumors
Elevated skin temperature, influenced by intertumoral blood supply, may be an important adjunct to physical findings when diagnosing malignant soft-tissue tumors.
Pre-, Intra-, and Postoperative Use of Dynamic Infrared Thermography (DIRT) Provides Valuable Information on Skin Perfusion in Perforator Flaps Used in Reconstructive Surgery
Dynamic infrared thermography (DIRT) has proven to be a simple and reliable imaging technique for all phases of perforator flap surgery.

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