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    Basal joint osteoarthritis (OA) is a highly prevalent and debilitating condition. Recent clinical evidence suggests that autologous fat transfer (AFT) may be a promising, minimally invasive treatment for this condition. However, the mechanism of action is not fully understood. It is theorized that AFT reduces inflammation in the joint, functions to regenerate cartilage, or acts as a mechanical…

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    • The Effects of #AutologousFatTransfer in an In Vitro Model of #BasalJoint #Osteoarthritis @NorthwellHealth @nyugrossman @nyulangone @RushMedical @ZuckerSoM #AntiInflammatory #BasalJointArthritis #arthritis #HandSurgery https://t.co/DEOJKitW6B

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    Intraoperative neuromonitoring is a valuable surgical resource that can assist in decision-making during peripheral nerve surgery using real-time electrophysiologic data. By stimulating a nerve and recording action potentials from a point on the nerve (“nerve action potential”) or from a muscle (“triggered electromyography”), nerve lesions can be localized and the extent of nerve damage…

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    • Intraoperative #Neuromonitoring for #PeripheralNerve Surgery @EmoryMedicine @MayoClinic #PeripheralNerveSurgery #NerveSurgery #nerve #NerveActionPotential #HandSurgery https://t.co/VCYAeLdtue

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    Brachial plexus injuries (BPIs) are devastating to patients not only functionally but also financially. Like patients experiencing other traumatic injuries and unexpected medical events, patients with BPIs are at risk of catastrophic health expenditure (CHE) in which out-of-pocket health spending exceeds 40% of postsubsistence income (income remaining after food and housing expenses). The…

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    • New #VisualAbstract! Catastrophic #HealthCare #Expenditure Following #BrachialPlexusInjury @WUSTL @WUSTLortho https://t.co/VaNRj6nUfz #BrachialPlexusDisorders #BPI #HealthCareCosts #cost #NerveInjury #HandSurgery https://t.co/6vEPP7lkJk

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    Amnion epithelial and mesenchymal cells have been shown in vitro to contain a variety of regulatory mediators that result in the promotion of cellular proliferation, differentiation, and epithelialization and the inhibition of fibrosis, immune rejection, inflammation, and bacterial invasion. Amniotic membrane–based products are approved for use as human cells, tissues, and cellular- and…

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    • Human Amniotic #Allograft in #HandSurgery @UTHealthHouston @McGovernMed #amnion #arthritis #inflammation #orthobiologic #ReviewArticle #CME #JHS https://t.co/Iwz9wrDK7F