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Flexor Hallucis Longus Tenolysis/Tenosynovectomy in Dancers

Barchi, Elizabeth I; Swensen, Stephanie; Dimant, Oscar E; McKay, Tracy Espiritu; Rose, Donald J
The purpose of this study was to report on a series of dancers who had undergone flexor hallucis longus (FHL) tenolysis/tenosynovectomy after having failed conservative management. Institutional human subjects committee approval was obtained prior to initiating this study. This study is a retrospective case series of 58 dancers and 63 ankles who underwent FHL tenolysis/tenosynovectomy via an open posteromedial approach by a single surgeon between 1993 and 2017. All patients were interviewed and charts reviewed. Collected variables included: preoperative and postoperative pain levels, time to return to dance, and subjective satisfaction with the procedure. Age, primary dance form, and level of dance were determined. Mean preoperative pain level decreased significantly postoperatively. Mean time to return to dance was 7.1 weeks. There was a 98% (62/63) return to dance at some level while 97% (61/63) of patients returned to dance symptom-free. There were no neurovascular or other major complications. Minor complications included stiffness at follow-up (6.3%, 4/63), superficial wound infection (3.1%, 2/63), and hypertrophic scar (4.8%, 3/63). Over 97% (61/63) of dancers considered the procedure a success and 98% (62/63) of dancers would repeat the procedure. This is one of the largest series reported of isolated FHL tenolysis/tenosynovectomy in dancers who have failed nonoperative management. Satisfactory pain relief and return to dance with a low complication rate may be expected from this surgical procedure. The results of this study can be used to help dancers and their providers make informed decisions about treatment in isolated FHL tendinitis.
PMID: 34301473
ISSN: 1542-2224
CID: 4948822

Musculoskeletal Considerations for Exercise and Sport: Before, During, and After Pregnancy

Borowski, Lauren E; Barchi, Elizabeth I; Han, Julie S; Friedman, David A; Carter, Cordelia W
There is little written in the orthopaedic literature regarding common musculoskeletal problems that women encounter in relation to pregnancy and their clinical and surgical management. Exercise and other physical activity are generally recommended for most women before, during, and after pregnancy. Unfortunately, a variety of musculoskeletal issues may keep women from starting, continuing, or resuming a healthy exercise regimen throughout a notable portion of their reproductive years. Untreated and undertreated orthopaedic conditions in female athletes may therefore have further unintended negative effects on maternal and fetal health. This article reviews the existing literature on musculoskeletal health considerations before, during, and after pregnancy to provide practical information to orthopaedic surgeons who treat women of all ages and athletic abilities.
PMID: 34043597
ISSN: 1940-5480
CID: 4888242

"The Spirit Thickened": Making the Case for Dance in the Medical Humanities

Shevzov-Zebrun, Nina; Barchi, Elizabeth; Grogan, Katie
In comparison to other art forms, dance remains underrepresented in the medical humanities, especially within the academic medical setting. Several factors, including perceived lack of applicability to patient care, contribute to this pattern. This paper contends that, to the contrary, learners across the medical education spectrum stand to gain much from engaging with the movement arts, including improvement of clinically-relevant skills such as physical self-awareness, observation, communication, and mindfulness. This paper makes the case for the nascent subdiscipline of Movement and Medicine, developed by the authors and piloted for inclusion in medical humanities curricula within a medical education context. Movement and Medicine employs a dance-inspired pedagogy to a) promote awareness of personal movement and embodiment tendencies and b) harness that awareness to gain more profound, sensory insight into the embodied experiences of others-experiences of health, illness, or otherwise. This work outlines the research, rationale, and philosophy behind Movement and Medicine; concretely defines the subdiscipline and situates it within the medical humanities landscape; proposes practical approaches to engaging with and applying this material; and describes a Movement and Medicine course developed for one American medical school.
PMID: 32974770
ISSN: 1573-3645
CID: 4627532

Unlikely SuspectPeroneus Tertius Tear in a Professional Ballet Dancer

Barchi, Elizabeth; Rose, Donald
Peroneus tertius tendon tears are uncommon and patients typically recover with conservative management. The objec-tive of this case report is to highlight this usual injury and provide an alternative treatment option when conserva-tive management fails. A 24-year-old female professional ballet dancer presented with acute right lateral foot pain after hyperflexing over her pointe shoe. She completed a full course of physical therapy and non-steroidal anti-inflammatory drugs. However, upon returning to dance, she developed worsening pain and swelling over the lateral ankle. Magnetic resonance imaging revealed a complete peroneus tertius tear with retraction. She underwent surgi-cal debridement of this tendon and was able to return to dancing en pointe in 9 weeks.
PMID: 33207150
ISSN: 2328-5273
CID: 4730532

Two- and three-dimensional geometries of batoids in relation to locomotor mode

Fontanella, Janet E.; Fish, Frank E.; Barchi, Elizabeth I.; Campbell-Malone, Regina; Nichols, Rachel H.; DiNenno, Nicole K.; Beneski, John T.
Batoid fishes possess unique body and pectoral fin morphologies that directly affect swimming performance. Two main swimming modes are distinguished within the order Batoidea: oscillatory (mobuliform) and undulatory (rajiform) locomotion. Morphological differences between rays using these two modes were examined by comparing the two- and three-dimensional geometries of the pectoral fins. Two-dimensional planforms and sectional geometry of the pectoral fins of various batoid species were measured photometrically and using computed tomography (CT) scans, respectively. The two-dimensional data showed that mobuliform rays have high aspect ratio pectoral fins (>2.60) with a wing-like planform and an anteriorly placed center of mass. Rays that swim in the rajiform mode had a circular or diamond-shaped planform with a low aspect ratio (<2.60) and center of mass at the position of maximum fin span. From CT scans, undulatory rays exhibited an increased thickness ratio (TR = maximum sectional thickness/fin chord), indicating a body form for reduced drag, whereas oscillatory rays had fin sections with an increased shoulder position (SP = distance from rostrum to maximum thickness/fin chord). Undulatory rays showed greater cambering of their body and pectoral fins compared to the more symmetrical foil shape of oscillatory rays. The distinct morphology of oscillatory and undulatory rays is associated with the locomotory modes and the concomitant restraints of lifestyle and habitat. (C) 2013 Elsevier B.V. All rights reserved.
ISI:000323139200034
ISSN: 0022-0981
CID: 3637982

Batoid out of hell: Hydrodynamic geometry of rays related to swimming mode [Meeting Abstract]

Fontanella, J. E.; Fish, F. E.; Barchi, E., I; Campbell-Malone, R.; Nichols, R. H.; Beneski, J. T.
ISI:000303165001450
ISSN: 1540-7063
CID: 3637992