Search Results - "Ritter, Marsha E"

Rare Respiratory Depression After Adjuvant Perineural Buprenorphine Dual Lower-Extremity Peripheral Nerve Blocks by Ritter, Marsha E, Williams, Brian A

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Pain and Rehabilitation Parameters after Hip Replacement using differing Multimodal Perineural Analgesia Strategies: A Quality Improvement Series by Williams, Brian A, Kennedy, Patrick J, Ritter, Marsha E, Fourman, Mitchell S, Nettrour, John F

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Extended Perineural Analgesia After Hip and Knee Replacement When Buprenorphine-Clonidine-Dexamethasone Is Added to Bupivacaine: Preliminary Report from a Randomized Clinical Trial by Williams, Brian A, Ibinson, James W, Ritter, Marsha E, Ezaru, Catalin S, Rakesh, Hulimangala R, Paiste, Henry J, Gilbert, Karen L, Mikolic, Joseph M, Muluk, Visala S, Piva, Sara R

“…Abstract Objective We tested the hypothesis that buprenorphine-clonidine-dexamethasone (BCD) extends perineural analgesia compared with plain bupivacaine (BPV)…”
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Institutional Benchmarks of Joint Replacement Analgesia and Mobilization After Intrathecal Morphine vs Multimodal Peripheral Nerve/Plexus Blocks by Williams, Brian A, Dalessandro, James H, Kennedy, Patrick J, Ezaru, Catalin S, Ritter, Marsha E, Maerz, David A, Ibinson, James W, Piva, Sara R

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Day-One Pain Reductions After Hip and Knee Replacement When Buprenorphine-Clonidine-Dexamethasone Is Added to Bupivacaine Nerve/Plexus Blocks: A Randomized Clinical Trial by Williams, Brian A, Ibinson, James W, Mikolic, Joseph M, Boudreaux-Kelly, Monique Y, Paiste, Henry J, Gilbert, Karen L, Bonant, Samantha A, Ritter, Marsha E, Ezaru, Catalin S, Muluk, Visala S, Piva, Sara R

“…Abstract Objective To compare pain outcome reports of patients undergoing hip or knee replacement who received single-injection nerve/plexus blocks with plain…”
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Tissue transglutaminase: A new method of facilitating hydrogel formation for cartilage regeneration and cartilage surface modification by Ritter Jones, Marsha E

“…Articular cartilage is a type of connective tissue that protects the underlying bone from the compressive forces of daily activities. When cartilage is damaged…”
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