Dr. Natalie D. Cullinane, MD

Anesthesiologist Dr. Natalie D. Cullinane, MD in Hobart, Indiana, 46342

Dr. Natalie D. Cullinane, MD, is a highly skilled anesthesiologist based in Hobart, Indiana, 46342. With a commitment to providing top-notch care, Dr. Cullinane offers a range of anesthetic services tailored to meet the needs of her patients. Her practice is known for its patient-centered approach, ensuring a comfortable and safe experience for individuals undergoing surgical procedures. Patients in the Hobart area seeking reliable and compassionate anesthetic care can rely on Dr. Cullinane's expertise and dedication to quality healthcare.

Services Offered

• General Anesthesia
• Regional Anesthesia
• Pain Management
• Preoperative Consultations
• Postoperative Care

Cost Range

The cost of anesthesiology services can vary based on the type of procedure and the specific requirements of the patient. Generally, costs can range from $200 to $2,500 or more, depending on the complexity and duration of the anesthesia needed. It is recommended to contact Dr. Cullinane's office for a detailed estimate based on individual needs.

Local Tips

• Dr. Cullinane's office is conveniently located in Hobart, making it accessible for residents in and around the area.
• Parking is available on-site, ensuring easy access for patients and visitors.
• Consider scheduling a consultation ahead of your procedure to discuss any concerns or special requirements you might have.

FAQs

What should I expect during my first consultation?

During your first consultation, Dr. Cullinane will review your medical history, discuss your upcoming procedure, and outline the anesthetic plan tailored to your needs.

How should I prepare for anesthesia?

It is important to follow preoperative instructions provided by Dr. Cullinane, which may include fasting and avoiding certain medications prior to your procedure.

Is anesthesia safe?

Yes, anesthesia is generally safe. Dr. Cullinane is experienced in managing anesthesia risks and will monitor you closely throughout your procedure to ensure your safety.