BOTULINUM TOXIN 100IU – GENLABS

Genlabs Botulinum Toxin 100IU is a purified protein widely used in cosmetic and medical research. It’s best known for its ability to temporarily relax muscles, helping reduce the appearance of fine lines and wrinkles.
It’s also studied for muscle disorders, migraines, and excessive sweating. This powerful neurotoxin is used carefully in controlled doses to explore its many therapeutic and aesthetic effects.
How It Works?
Genlabs Botulinum Toxin works by blocking nerve signals to the muscles, preventing them from contracting. When injected into specific muscles, it causes them to temporarily relax. This can reduce wrinkles in cosmetic studies, ease muscle tightness in clinical models, or decrease nerve-triggered issues like sweating and chronic pain.
The effects usually last around 3 to 6 months before wearing off naturally.
Dosage :
Botulinum Toxin 100IU comes as a freeze-dried powder in a 100IU vial. In cosmetic or neuromuscular studies, doses usually range from 2 to 5 IU per site for small facial muscles, and 10 to 20 IU for larger or more therapeutic target areas.
The peptide is commonly administered through intramuscular or intradermal injection, depending on the study design.
Benefits :

Smooths wrinkles by relaxing facial muscles
May ease migraines and muscle spasms
Helps reduce excessive sweating
Supports relief from nerve-related pain

Side Effects :

Mild swelling or redness at injection site
Temporary drooping of nearby muscles (e.g., eyelid or brow)
Headache or fatigue in some cases
Effects may spread slightly beyond the injection area if overdosed
Rare allergic reactions in sensitive subjects

Conclusion :
Genlabs Botulinum Toxin 100IU is a powerful and versatile compound used in a wide range of cosmetic and medical research. Its ability to temporarily relax muscles and block nerve signals makes it a valuable tool for studying everything from wrinkle reduction to chronic pain. With proper handling and controlled dosing, it offers safe, predictable, and effective results.