The Five Minute Fungal Nail Test

There’s a new clinical test for nail infection which gives accurate results in under 5 minutes!

No more having to wait to visit your GP, who will probably request nail clippings to be sent away to a NHS laboratory and grown on a culture, with results expected in several weeks, that can often come-back as a false-negative result!

Here at We Fix Feet, we can now offer you a quick and highly accurate in-clinic test (97% accurate with reliable scientifically proven results compared with 46%-54% accuracy of that with traditional laboratory route), with results confirmed within only 5 minutes of taking a nail sample! It’s the new clinical diagnostic test, developed in Japan and brought to the United Kingdom by renowned Podiatrist, author and researcher, Dr Ivan Bristow.

This simple and effective Five Minute Fungal Nail Test is transforming the way foot healthcare professionals diagnose dermatophyte (fungal) nail infections simply with rapid and highly effective in-clinic test results.

  • Rapid Results in just a few minutes, whilst you wait
  • No need to send your nail clippings to the NHS laboratory
  • No long waiting time for results, which may take up to 4 weeks via NHS
  • Detects the presence of all common fungus types from the smallest sample of nail
  • Immediate diagnosis, allowing us to treat the infection without delay
  • Scientifically proven to give highly accurate and reliable results

The test confirms the presence of dermatophytes and thus fungal nail infection in a small nail sample by a process known as immune-chromatography. If the test is negative, then fungal nail infection is not present and further consideration must be given to other nail pathologies.

Discoloured, Damaged, Thickened Nail Is it Fungal or Not?

Consider the time and expense you could save in the weeks waiting for NHS test results, or save on purchasing treatments for your nails that you thought were fungal, but weren’t!

Frequently Asked Questions
How accurate is the test?​

The Five Minute Nail Fungus Test in published studies has been shown to have an accuracy of 97% – meaning you can be confident in the test results – more accurate than NHS Culture Testing alone.

How much sample is required?

Due to the sensitivity of the Five Minute Fungal Nail Test, only a small amount of nail specimen is required. In work conducted to date, less than 1 gram of infected nail can predict the presence or absence of infection.

What species of dermatophyte can the Five Minute Fungal Nail Test detect?

The test strip is able to rapidly detect the presence of different types of dermatophyte (T. rubrum, T. mentagrophytes [var. interdigitale], T. violaceum, T. tonsurans, Microsporum gypseum, M. canis and E. floccosum), including all the most commonly encountered species causing fungal nail infection in the U.K.

Is there reliable scientific evidence that the Five Minute Fungal Nail Test really works?

Yes, the Five Minute Fungal Nail Test has undergone rigorous testing and to date a number of scientific publications documenting its success have appeared in the British Journal of Dermatology and the Journal of Dermatology.

Can the test be used if I am already using anti-fungal treatments?

Yes, the Five Minute Fungal Nail Test is unaffected by any anti-fungal treatments which may be present in a nail sample, unlike the usual mycology testing undertaken by the NHS, which because of anti-fungal treatments, could provide false-negative results.

​How much will I be charged for the test?​

From our clinicians taking a small nail sample, through to the testing and confirmation of the results, you will be charge £45 for each test. With your consent, if a positive result is returned we will write to your GP with the confirmed test result.

References

Tsunemi, Y., K. Takehara, Y. Miura, G. Nakagami, H. Sanada and M. Kawashima (2014). “Screening for tinea unguium by Dermatophyte Test Strip.” British Journal of Dermatology 170(2): 328-331.

Tsunemi, Y. and M. Hiruma (2016). “Clinical study of Dermatophyte Test Strip, an immunochromatographic method, to detect tinea unguium dermatophytes.” The Journal of Dermatology 43(12): 1417-1423.​