Botox, along with the other brands of neurotoxin mentioned, work by temporarily blocking nerve signals in the muscles where it is injected. The toxin is produced by the bacterium Clostridium botulinum. When used in cosmetic procedures, such as reducing wrinkles and fine lines, Botox is injected in small, diluted amounts. Neurotoxins interfere with the transmission of nerve signals to the muscles. Nerves release a neurotransmitter called acetylcholine, which is essential for muscle contraction. By blocking the release of acetylcholine, Botox causes temporary muscle paralysis or relaxation at the injection site. This prevents the muscle from contracting excessively. This reduces the appearance of dynamic wrinkles and can prevent them from forming. The effects of Botox are temporary. Over time, the nerve signals gradually return to the treated muscles, and muscle activity resumes. This is why Botox treatments typically need to be repeated every few months to maintain the desired results

Studies show that Botox last around 3 months if the proper amount of units were used. For some individuals it last last up to 5 months.

Dysport should last at least 3 months if the correct amount of units are administered. However, most patients see it last up to 4 months. Some patients can even see up to 5 months of longevity.

According to studies, Daxxify lasts on average about 6 months. However, its duration can range from 5-9 months. It is important to note that while Daxxify lasts longer than other neurotoxins at its recommended dosing it also costs twice as much on average. You can however, reduce the dose to create a duration similar to the other neurotoxins for around the same price.

Xeomin should last 3 months according to studies if the correct amount of units are administered. In practice, I find that Xeomin does not last as long as the other neurotoxins we carry when dosed in a similar way, which is why we choose not to carry it.

Jeauveau should last 3 months according to studies if the appropriate dose is given. I find that the other neurotoxins we carry last longer when equivalent doses are administered, which is why we choose not to carry this brand.

It is challenging to provide a definitive answer because everyone is unique, possessing different genetic makeups and lifestyles. One effective way to discover the best solution for you is to experiment with various brands. However, it's crucial to undertake this exploration under the guidance of a reputable injector who can meticulously mirror your treatments with different neurotoxins.

Several factors may contribute to Botox resistance:

1. Frequency of injections: Getting injected too frequently (before the recommended 3 months), or getting touch ups too frequently is though to increase the risk of developing neurotoxin neutralizing antibodies.
2. Individual Variations: People's bodies can respond differently to treatments. Some individuals may naturally metabolize or respond to Botox differently than others. Our bodies are smart and can create antibodies to a multitude of different things.
3. High doses: Neurotoxin resistance has been reported more frequently in individuals who are administered high doses of neurotoxins (100+ units at a time). This high of dosing in=s more commonly used to treat medical conditions outside of the cosmetic arena such as bladder or muscle spasticity.
4. Genetic Factors: Individual genetic factors may contribute to variations in response to Botox.

It's essential for individuals experiencing reduced effectiveness or Botox resistance to consult with their healthcare provider. A qualified professional can assess the situation, explore alternative treatment options, and provide personalized recommendations based on the individual's unique circumstances. Switching to a different neurotoxin, such as Dysport or Xeomin, may be considered if Botox is no longer producing the desired results.

For most, Botox starts to take effect in 7-10 days with max results seen in 14 days.

For most, Dysport starts to take effect in 2-5 days but occasionally can take up to 14 days to see final results.

MOST WILL TYPICALLY START TO SEE THE RESULTS OF DAXXIFY IN 2-3 DAYS BUT CAN IT TAKE UP TO 14 DAYS FOR SOME

Jeauveau starts to take effect in 7-10 days with max results seen in 14 days.

Dynamic wrinkles: Botox, along with the other brands of neurotoxins we use, are highly effective in reducing the appearance of dynamic wrinkles. Dynamic wrinkles are the type of facial wrinkles that develop as a result of repeated muscle movements and facial expressions. These wrinkles are often formed in areas where muscles contract during facial expressions. Common examples include:

• Glabellar Lines (11 lines): The vertical lines that appear between the eyebrows when frowning.
• Forehead Lines: Horizontal lines that develop on the forehead due to raising the eyebrows.
• Crow's Feet: Lines that form around the outer corners of the eyes as a result of smiling or squinting.

(Dynamic wrinkles are distinct from static wrinkles, which are visible even when the face is at rest and are often associated with the loss of collagen and elastin in the skin).

2. Wrinkle Prevention: By temporarily relaxing the underlying muscles responsible for facial expressions, neurotoxin not only treats existing wrinkles but also helps prevent the formation of new ones. This is particularly beneficial for individuals in their late twenties and thirties as a preventive measure against early signs of aging.

3. Brow lift: Neurotoxins can be strategically injected around the brows in order to create a slight lift (by 1-2mm). This provides a more refreshed and youthful look without the need for surgery. This is especially beneficial for individuals experiencing mild to moderate brow ptosis (drooping).

4. Jawline slimming: Neurotoxins can be strategically injected into the masseter muscles. These muscles are responsible for chewing and can contribute to a prominent or square jawline when overdeveloped. By relaxing the masseter muscles, neurotoxins helps to slim the jawline, creating a more balanced facial appearance.

5. TMJ symptom reduction: Overactive Masseter muscles can also contribute to the formation of TMJ. TMJ (Temporomandibular joint disorder) symptoms include include jaw pain, headaches, and clenching/grinding of the teeth (bruxism). By relaxing the masseter with neurotoxins we can reduce the symptoms of TMJ.

6. Hyperhidrosis: Neurotoxins can also be used to treat hyperhidrosis. Hyperhidrosis is a medical condition characterized by excessive sweating beyond what is necessary for normal body temperature regulation. This condition often affects areas such as the underarms, palms, and soles of the feet. Neurotoxins work by blocking the release of acetylcholine, a neurotransmitter that stimulates sweat glands. By inhibiting this signal, Botox temporarily prevents the overactive sweat glands from producing excessive sweat.

7. Pore reduction: Neurotoxins may also help reduce the appearance of enlarged pores by relaxing the muscles around the pores. When certain muscles are overactive, they can cause the skin to stretch and pores to appear larger. By inhibiting muscle contractions, Botox may contribute to a smoother skin surface and the appearance of smaller pores.

8. Oil reduction: Neurotoxins injections might influence oil production in the skin. Overactive sweat and oil glands can contribute to a shiny complexion and exacerbate issues like acne. By using micro dose injections of neurotoxins throughout the T-zone area we can potentially slow down the oil gland prduction.

9. Neck Rejuvenation: Neurotoxin can be strategically injected into specific areas of the neck to provide a non-surgical neck lift, commonly known as the Nefertiti Neck Lift. The injections target muscles that pull the face downward, helping to redefine the jawline and lift the lower face.