Health

Dr. Steven Paul, DDS Oral Surgeon Murrieta

Published

6 years ago

September 12, 2019

Four Types of Oral Surgery Anesthesia For Dental Patients

It’s not uncommon for a dental patient to feel anxious thinking about an upcoming dental procedure. At our clinic, we are always responsive to easing your nervousness or anxiety about dental treatment. We talk to you, understand your dental and personal profile and then suggest the right kind of oral surgery anesthesia to address the expected pain—nothing more, or less.

Giving anesthesia is about controlling the temporary loss of awareness or sensation. It provides relief from pain and brings down levels of anxiety during a dental procedure. The patient becomes numb to pain and stays relaxed while the dentist carries out the treatment in your mouth.

The type of dental treatment determines the degree of numbness to be attained. A simple procedure will probably need just the numbing of the area being treated. Sometimes, you may be required to be wholly unaware of events during a procedure, in which case you may need to be sedated.

Four Types of Oral Surgery Anesthesia Used By Dentists

Using Local Anesthetic

A local anesthetic alone is utilized when managing a simple and minimally invasive dental procedure. The anesthetic numbs only a part of your mouth, and you remain awake for the duration of the procedure.

Your dentist may use Lidocaine, which is a common local anesthetic medicine. It is injected in and surrounding the surgery area.

Explain How Local Anesthetics Work?

The first step involves the dentist drying the area with air or cotton or both. Usually, a gel is utilized to numb the skin. Your dentist will then gradually inject the local anesthetic. While most patients don’t feel pain due to the inserting needle, some may feel a bit of a sting.

The effect of an injection of local anesthesia can last up to a few hours. Following the procedure, the patient may find it challenging to eat, drink, or even speak clearly. It is normal to be awkward while using a straw while drinking, and you may need some towels after the procedure.

You will be cautioned not to bite on the numb area as you can hurt yourself without realizing it.

Nitrous Oxide Sedation With Local Anesthetic

You may be aware of the term “laughing gas” that is used on people during dental procedures. Nitrous oxide, or laughing gas, is an odorless and colorless breathable gas. It acts as a sedative and helps you stay calm. It will relax you by the pleasurable feelings it gives. It functions as an analgesic, and helps relieve pain.

Nitrous oxide is used for simple oral procedures as well as more complex dental procedures. It works quickly, and its effects are reversible. That’s why nitrous oxide is considered to be a safe sedation method.

If you’re about to have a wisdom tooth removed or dental implant insertion, call our office to find out if nitrous oxide sedation is best for you.

Even when nitrous oxide is used, a local anesthetic is still going to be used around the part in the mouth affected by the procedure.

What’s ‘Laughing Gas’ Or Nitrous Oxide And How Does It Work?

You will be given a mix of oxygen and nitrous oxide through a breathing apparatus before and during the procedure, and the gas will enable you to stay conscious and at ease.

The gas has a known side effect: mild amnesia, and till the time its effect goes away, you will not remember much of the procedure.

Clinic-Based Intravenous Anesthesia Using Local Anesthetic

I.V. or intravenous anesthesia triggers sedation. You will feel calm and relaxed state and not remember the dental procedure that’s usually discomforting.

Some dental patients stay asleep during the entire procedure. Some move in and out of “twilight sleep,” though they remain quite relaxed.

I.V. Anesthesia Eliminates Pain

A dental patient who is significantly anxious about dental procedures may request I.V. anesthesia even for a simple procedure.

Most patients choose I.V. anesthesia for wisdom teeth extraction or dental implants.

Skill Criteria For Dentist To Administer Anesthesia

Oral surgeons must fulfill conditions to offer general anesthesia during in-office dental procedures:

A minimum of 3 months of hospital-based anesthesia training
Passed in-office assessment carried out by state dental board examiner
Performed oral surgery utilizing general anesthesia under examiner’s oversight
Houses tested monitoring and emergency equipment
Experienced anesthesia-related emergencies

A state dental board will provide the oral surgeon a license to administer general anesthesia only after successful training and evaluation.

How Does A Dentist Use Intravenous Anesthesia?

A small intravenous needle is inserted into your arm vein. The dentist or staff places an I.V. tube that will drip the anesthetic through the needle and into your vein, and you will soon relax.

Call our office if you have questions about intravenous anesthesia. We will be happy to assist you with your concerns or questions.

General Anesthesia In Hospital

A hospital offers inpatient general anesthesia to patients who require extensive surgery such as TMJ surgery, and face and jaw reconstruction. An anesthesiologist administers the general anesthesia.

You are encouraged to speak with our dentist or dental office to clarify your doubt about general anesthesia.

Know Dr. Steven Paul, MD, DDS

It is Dr. Steven Paul’s top priority to keep you safe and comfortable, and oral surgery anesthesia helps our clinic to achieve relaxation during procedures.

Once you schedule a consultation for any dental procedure, Dr. Paul and his staff interact with you comprehensively about the most appropriate type of anesthesia. Dr. Paul takes extra care in addressing any concerns you may have and will not move forward until you are satisfied with the answers.

A member of the American Association of Oral & Maxillofacial Surgeons, Dr. Paul has more than 20 years of experience in all areas of oral surgery. He specializes in the treatment and restoration of missing teeth via dental implant procedures including full mouth rehabilitation (All-on-4), restoring both aesthetics and function, bone and soft tissue grafting, associated tumors and cysts in the oral cavity, and wisdom teeth removal.

Every anesthetic technique is customized for the individual patient at our dental clinic.

Health

BioLongevity Labs: How Two Biohackers Are Making Longevity Safe for the Mainstream

Published

2 weeks ago

February 18, 2026

Michelle Langton

Humans have been looking for ways to extend their lifespan for hundreds of years. Medicine has made impressive strides, but for many, the effects of aging are still painfully real.

Through BioLongevity Labs, biohackers and entrepreneurs Jay Campbell and Josh Felber aim to introduce ordinary people to potentially life-changing compounds called peptides. Campbell and Felber come from very different backgrounds.

Campbell is a five-time international bestselling author and globally recognized leader in the health-optimization space. Felber is a serial entrepreneur who excels at scaling businesses.

For both men, BioLongevity Labs is more than just a business venture — it’s about helping everyday people discover something that just might prolong and improve their lives.

“Your body inevitably changes as the years pile on,” says Campbell. “Your energy drops, and wrinkles start showing up uninvited. Peptides can change everything.”

Many people have probably heard the term “peptide” in passing. Some may know they’re associated with longevity. Most people just don’t have a strong grasp of how they work.

A peptide is a short chain of amino acids, which are the building blocks of proteins. Essentially, peptides are like shorter, simpler proteins. That might sound unremarkable, but the real magic of peptides lies in how they work.

They function as signaling or “messenger” molecules telling the body to perform specific functions. Many peptides function similarly to hormones. A relevant example is GLP-1 (glucagon-like peptide-1) receptor agonists. This class of medications includes semaglutide and tirzepatide, two wildly popular weight-loss drugs.

“These peptides aren’t just another biohacking fad,” Campbell explains. “They enhance insulin secretion and suppress glucagon release to balance blood sugar levels and promote sustainable weight loss”. But what sets GLP-1 receptor agonists apart is their ability to regulate hunger.

Through the reduction of appetite and increased feelings of fullness, it is far easier for dieters to stick to a calorie deficit.” Although GLP-1 receptor agonists are widely prescribed, most peptides aren’t.

Campbell asserts, because many peptides have the potential to cure illnesses by treating the fundamental root cause, they go against America’s “sick care” model of healthcare. They potentially threaten drug companies and their bottom line.

“Peptides are simultaneously a dream come true for mankind and the worst possible nightmare for the pharmaceutical industry,” says Campbell. “It’s not a conspiracy theory. It’s pure economics and psychology in action. People will do whatever it takes to make as much money as possible in a free-market society, even if it means suppressing a superior solution.”

Patients probably aren’t going to be introduced to peptides through the healthcare system. Many discover them on their own. But for the many people who don’t have a solid understanding of how they work molecularly or even what dose to take, there is a risk. That’s precisely what BioLongevity Labs’ co-founders are attempting to address.

Jay Campbell has dedicated his life to educating people about therapeutic peptides and optimized hormones, and along with his partner Josh Felber, they’ve created a company offering filler-free, third-party tested peptides and bioregulators.

Campbell and Felber stress the fact that BioLongevity Labs isn’t meant to be a replacement for traditional medical care. Instead, its products bridge the gap between clinical and extra-clinical care. There’s no magic pill or single solution to solve the problem of aging.

But thanks to the development of specialized peptides, bioregulators, and small molecules, we’re closer than we’ve ever been before.