The pupa in butterflies is referred to as the "chrysalis." The name "chrysalis," according to the Merriam-Webster dictionary, is derived from the Greek word "chrųsós," which means "gold," and refers to the shiny, metallic appearance of some butterfly pupae.
Dermatoscopy, sometimes referred to as dermoscopy, is a method of skin inspection that makes use of a dermatoscope. A dermatoscope is a tool used for mapping moles and diagnosing skin cancer. Its superior magnifying lens allows for a detailed inspection of the skin's structure.
Dermatoscopes come in two primary varieties: handheld, portable, and stationary mounted. A magnifying optic with a magnification of at least ten times makes up a hand-held dermatoscope, together with a transilluminating light source.
It is very helpful in separating melanoma from other pigmented lesions and in the early detection of malignant melanoma.
Symmetry is assessed by dermoscopy in terms of pigment pattern (color and/or structure). Benign skin lesions usually have a symmetrical pigment pattern. Although it can also be observed in certain atypical naevi, complete asymmetry indicates that the lesion may be cancerous.
Your physician applies a gel or oil to your skin. After that, they place the dermatoscope against your skin to take a close look at the affected area. Your skin is unaffected or damaged by this. Images of dermatoscopes can be found below.
The first dermatoscope is invented by HEINE in 1989....
The perspective on naevi, lesions, and melanomas of all kinds has been drastically altered by the invention of the HEINE DELTA 10, the world's first dermatoscope. It nearly doubled, from 55% to 90%, the diagnostic accuracy of dermatologists worldwide.
A non-invasive method for diagnosing skin lesions, dermoscopy helps distinguish between benign and malignant changes.
It's obvious when you wear these sunglasses instead of traditional ones. According to David Teed, O.D., an optometrist at America's Best Contacts & Eyeglasses in McKinney, Texas, polarized sunglasses "make vision sharper, reduce glare, and improve contrast."
Prior to dispersing some of the energy from their surfaces, the colloidal particles absorb light energy. The Tyndall effect is therefore caused by the colloidal particles scattering light, which is observed as moving light spots against a dark background.polarized dermoscopy
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