- Cosmetology
- Dermatology
- Gynecology
- Diagnostics
- IV-therapy
How Botox functions – Botox is a protein of neurotoxic nature that is derived from bacterium Clostridium Botulinum. It functions as a neuromodulator inhibiting the signal that the nerves send to the muscles at the neuromuscular junction and blocks the release of acetylcholine from presynaptic motor neurons. This brings forth temporary paralysis of the treated muscle, which in its turn leads to reduction, prevention, and elimination of fine lines and wrinkles.
How wrinkles are formed – Facial wrinkles are formed as a result of repetitive muscular movement along predetermined lines of contraction in the skin which leads to loss of collagen and development of visible lines in the form of horizontal or vertical wrinkles, also known as rhytids.
Essentially, the wrinkles are classified into two types: dynamic or static:
How Botox reverses wrinkles – Botox brings forth relaxation of the underlying muscles which allows the dermal layer in the skin to regenerate lost collagen, the latter being an important building block for our skin meant to maintain its elasticity and turgor.
Cosmetic vs medical applications of Botox – Botox in CIDK is famous for facial rejuvenation by means of treating wrinkles. However, it is also commonly used for medical purposes, as a treatment for chronic migraines, excessive sweating, and as a method of muscle spasms reduction.
There are other cosmetic injectable neurotoxins available on the market, such as Dysport, Xeomin. Their function is similar to that of Botox, with slight differences in biochemical compositions and properties. However, Botox is the most well known and the most frequently used product when it comes to treating anything from wrinkles to hyperhidrosis.
Botox, 1 unit | 40 د.إ | ||
Dysport, 1 unit | 15 د.إ | ||
Xeomin, 1 unit | 35 د.إ | ||
Hyperhidrosis treatment by Dysport (50 units) | 500 د.إ | ||
Cannula | 75 د.إ |
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