Thermographic Imaging
Revolutionizing Medical Diagnostics with Thermal Imaging
Breast thermography is a radiation-free, state-of-the-art screening that utilizes advanced thermal imaging technology for a deep look inside your body through medical thermography.
How Does Thermography Work?
Modern thermologists utilize thermal imaging technology with digital cameras that record infrared radiation emitted by the human body, converting these emissions into temperature readings displayed on a computer screen. Through medical thermography, thermologists can identify areas of increased warmth or cooler temperatures in relation to the opposite side of the body. Areas with reduced blood flow typically show lower temperature readings, while regions with increased blood flow reflect higher temperatures. Notably, breast thermography can detect breast tumors and other types of tumors through a process known as Angiogenesis, which involves the formation of new blood vessels that supply nutrients to a tumor. This asymmetric enhancement of blood flow leads to an increase in temperature, detectable by medical thermal cameras. Often, this blood supply intensifies over time alongside tumor growth, making baseline studies essential for identifying tumors at the earliest possible stage.
What Else Can Thermograph Detect?
Breast thermography is a versatile tool that offers insights into various physiological aspects beyond breast health. Utilizing advanced thermal imaging technology, it measures skin surface temperature and can assist in detecting and monitoring: Breast Health: By establishing a baseline and identifying any temperature changes over time. Breast Cancer: It plays a supportive role in the detection process and is used in conjunction with other diagnostic procedures. Thyroid Pathology: Medical thermography may provide supportive information regarding thyroid health. Cerebrovascular Health: It can highlight potential issues related to blood flow in the brain. Nerve Pathology: Abnormalities related to nerve function might be suggested through thermography. Inflammation: By identifying areas of heat, it may indicate sites of inflammation within the body. Infection: Temperature patterns may help identify areas of potential infection. Fibrocystic Breast Disease: Thermography can effectively monitor changes over time. Vascular Disease: It might be beneficial in recognizing signs associated with vascular health. Lymphatic Stagnation: It may assist in identifying potential lymphatic congestion. Alterations in Skin Surface Temperature: Any changes can be monitored and utilized to inform further investigations. It's important to note that while breast thermography provides valuable adjunctive data, it is not a standalone diagnostic tool for these conditions. Its strength lies in complementing other tests and procedures as part of a holistic health assessment approach. Always consult your healthcare provider for comprehensive examinations and interpretations of your thermography results.
FDA - Cleared Adjunctive Applications of Medical Thermography Include:
Breast cancer screening, thyroid pathology, cerebrovascular screening, peripheral vascular disorders, and neuromuscular conditions can all benefit from breast thermography and medical thermography. In a clinical setting, thermal imaging technology may aid doctors in detecting systemic conditions, infections, inflammation, toxicity, dysfunction of the lymphatic system, testicular disorders, and any disease that may lead to fluctuations in skin surface temperatures.