Skin cancer is now the fastest growing cancer in the UK.
If you are becoming increasingly concerned about a mole(s), they will be analysed with the best technology available, giving you a diagnosis and peace of mind.
You will be seen and scanned by Dr Jonny himself. Your moles will be scanned and you will be told what you should look out for in the future.
You will leave your appointment feeling more knowledgeable about moles. Going forward, the hope is that you’ll be able to spot abnormal moles on friends and family.
There are three main options for mole checks
- The ATBM total body check. A full body digital mole scan is £300. The whole process takes about an hour. It involves a 4 stage scan process including AI analysis and dermatoscopic interpretation. All moles are covered and you are given a digital copy of your mole scan when you leave.
- A Single mole check. Some patients only want one mole to be checked and scanned. This service costs £100 and you also get a digital mole report.
- Siascopic mole analysis. This offers more detailed imaging of the mole (see below for detailed explanation) and can be added on to any of the above options for a fee of £100.
Body mapping proceedure
Digital mole scanning - what is SIAscopy™?
Spectrophotometric Intracutaneous Analysis (SIA) is a fast, non-invasive and completely safe method of scanning which provides colour bitmaps called SIAscans™ that show the relative location of blood, collagen and pigment. It is easy to perform and allows examination of skin lesions. SIAscopy™ understands the way that light interacts with the skin; the manner in which it scatters or bounces, the amount absorbed by cells and other structures along with the different changes in wavelength or colour.
How does Siascopy™ work?
MoleMate™ and SIMSYS™ both use the Siascope™ handheld scanner. When the scanner illuminates the skin, some of the light is reflected and scattered from the surface. The remainder is transmitted into the top layers of the skin. Varying fractions of the incoming light are then firstly absorbed by the pigment in the epidermis before entering the dermis, where they are absorbed by the haemoglobin in the blood vessels. Scattering also occurs in the dermis when the light interacts with the collagen, resulting in a portion of the light being remitted back to the surface. By interpreting the combination of wavelengths that are received back by the SIAscope™ and is then able to produce SIAscans™; these are generated by referring to inbuilt proprietary mathematical models of skin optics. MoleMate™ is then able to present us with the generated SIAscans™ for interpretation by Dr. Jonny.
Dr Jonny talks about mole scanning on TV!
Example mole scans
Click to expand images
Consultation information
Clinic Days
Weekend appointments are available for international patients.
Initial consultations
Contact us to arrange a video/telephone consultation or if you prefer, a face to face appointment in clinic.