John Lore, MD

Anesthesiologist

Dr. John Lore is an Anesthesiologist in Austin, TX with special training and skill in safely delivering acute and chronic pain relief through numbing and sedation. As an Anesthesiologist, John Lore, MD performs general anesthesia and regional anesthetics. Anesthesiology is the field of medicine that controls pain during invasive procedures. Significant diseases and conditions treated by Anesthesiologists include sports injuries, musculoskeletal pain, labor, and surgery. Medical tests, procedures and therapies provided by Anesthesiologists include pre-procedure evaluations, anesthesia delivery, patient monitoring, and recovery assistance.

An anesthesiologist is trained to provide pain relief and maintenance, or restoration, of a stable condition during and immediately following an operation or an obstetric or diagnostic procedure. The anesthesiologist assesses the risk of the patient undergoing surgery and optimizes the patient's condition prior to, during and after surgery. In addition to these management responsibilities, the anesthesiologist provides medical management and consultation in pain management and critical care medicine. Anesthesiologists diagnose and treat acute, long-standing and cancer pain problems; diagnose and treat patients with critical illnesses or severe injuries; direct resuscitation in the care of patients with cardiac or respiratory emergencies, including the need for artificial ventilation; and supervise post-anesthesia recovery.

Undersea and Hyperbaric Emergency Doctor

A specialist who treats decompression illness and diving accident cases and uses hyperbaric oxygen therapy to treat such conditions as carbon monoxide poisoning, gas gangrene, non-healing wounds, tissue damage from radiation and burns, and bone infections. This specialist also serves as a consultant to other physicians in all aspects of hyperbaric chamber operations, and assesses risks and applies appropriate standards to prevent disease and disability in divers and other persons working in altered atmospheric conditions.