Orthopedic Anesthesia Research Articles
Many types of anesthesia can be used for orthopaedic procedures. The type of anesthesia chosen depends on the nature and duration of the surgery, the patient’s
health and medical conditions and the preferences of the patient, surgeon and anesthesiologist. Very large or long operations usually require general anesthesia. This is frequently combined with regional anesthesia. Small, short procedures on the hand or foot can be done with local anesthesia alone or with a combination of local anesthesia provided by the surgeon and some
sedation provided by the anesthesiologist (also known as MAC). Occasionally, neuraxial (epidural or spinal) anesthesia is chosen for hip or lower extremity surgery. For knee replacement surgery, we are able to provide peripheral nerve blocks for relief of postoperative pain. Nerve blocks often substantially reduce the amount of pain a patient has in the first few days after surgery. Also, patients with nerve blocks usually require less anesthesia during the
surgery itself, so they tend to wake up faster after surgery. If you or your surgeon are interested in a nerve block, please discuss it with your anesthesiologist to determine if you are an appropriate candidate for this type of anesthesia.
Types of Nerve Blocks
Supraclavicular block: The numbing medicine is injected above the collarbone, shallow to the
lung and outside of the great vessels. This block is more widely used than in the past because newer technologies have made it safer. It provides anesthesia to the upper arm, elbow, wrist and hand.
Axillary block: The numbing medicine is injected under the armpit (the axilla). This generally provides good anesthesia for hand, wrist, forearm and elbow surgery.
High Impact List of Articles
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Utilization of informatics for integrating biology and the bedside to access preliminary outcome data of post-operative complication of spine surgery associated with diabetes mellitus
Tomoko Tanaka, Abu Saleh Mohammad Mosa, N Scott Litofsky
Research Article: Clinical Investigation
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Utilization of informatics for integrating biology and the bedside to access preliminary outcome data of post-operative complication of spine surgery associated with diabetes mellitus
Tomoko Tanaka, Abu Saleh Mohammad Mosa, N Scott Litofsky
Research Article: Clinical Investigation
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TROPOS: designing a clinical trial to evaluate the oral corticosteroid-sparing effect of a biologic in severe asthma
William W Busse, Millie Wang, Jennifer Gibson, Mattis Gottlow, Martin Braddock & Gene Colice
Protocol: Clinical Investigation
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TROPOS: designing a clinical trial to evaluate the oral corticosteroid-sparing effect of a biologic in severe asthma
William W Busse, Millie Wang, Jennifer Gibson, Mattis Gottlow, Martin Braddock & Gene Colice
Protocol: Clinical Investigation
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AbobotulinumtoxinA for the treatment of upper limb spasticity
Wolfgang H Jost
Clinical Trail Outcomes: Clinical Investigation
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AbobotulinumtoxinA for the treatment of upper limb spasticity
Wolfgang H Jost
Clinical Trail Outcomes: Clinical Investigation
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Clinical trial design in advanced head and neck cancer: from past experiences to future perspectives
Gilberto de Castro Jr, Carlos Henrique dos Anjos, Yassine Lalami,Ahmad Awada
Review: Clinical Trail Outcomes: Clinical Investigation
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Clinical trial design in advanced head and neck cancer: from past experiences to future perspectives
Gilberto de Castro Jr, Carlos Henrique dos Anjos, Yassine Lalami,Ahmad Awada
Review: Clinical Trail Outcomes: Clinical Investigation
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Challenges in the clinical development of stem cell therapy
Natasa Levicar, Nagy A Habib
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Challenges in the clinical development of stem cell therapy
Natasa Levicar, Nagy A Habib
Editorial: Clinical Investigation
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