Types of Anesthesia for a Boob Job Richmond Hill

Thanks to multiple studies and technology, getting the perfect body shape is affordable and comes without minimal downtime. Investing in breast augmentation for the ideal chest profile is a popular choice in plastic surgery. One of the questions you will have when considering a boob job Richmond Hill is the type of anesthesia that the surgeon will use. Below are the anesthesia types generally used for the procedure.

Intravenous sedation

This is sometimes called monitored anesthesia care. It comprises the administration of sedatives through a breathing mask or intravenous line. Intravenous sedation is used in combination with a local anesthetic that numbs the surgical area. The doctor, in this case, can achieve different levels of sedation, and you can sometimes talk to your surgeon during your boob job Richmond Hill.

General anesthesia

This is the common anesthesia type for breast augmentation. In this instance, you will be completely asleep during your procedure. General anesthesia starts with the administration of medication through an IV. A doctor can give sedatives through a breathing mask before the IV injection for patients who are scared of needles. Though often associated with postoperative hypertension and breathing issues in the past, general anesthesia is nowadays very safe and sometimes used for day surgeries.

Local anesthesia

This numbs a small body part to stop the pain in its surroundings. It is often administered via injection to the surgical site. Local anesthesia for a boob job Richmond Hill is often used for people in whom other forms of anesthesia are contraindicated. This is because it has minimal chances of getting absorbed into your bloodstream to cause adverse effects.

With the information above, you have a general idea of what to expect from your breast augmentation surgery. However, there are several tests a surgeon will conduct to determine the best one for you. As such, do not settle for backstreet clinics because this puts you at risk of adverse effects of anesthesia.