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Housing First (HF) has emerged as the dominant paradigm in homelessness policy and has been praised for bringing an "end" to the homelessness crisis. Others claim, however, that HF facilitates further sociospatial exclusion of people experiencing homelessness (PEH). To advance this debate and understand HF within its larger sociological context, this article examines how HF policies translate to the lived experiences of those who remain in shelters and on the streets. Through interviews with 22 PEH, we demonstrate how HF confronts PEH with a set of strategic dilemmas that we frame using the concept of "boundary‐work." First, PEH must negotiate the symbolic boundaries that HF establishes between "worthy" and "unworthy" for the purposes of distributing housing. Second, once housed, PEH face challenges in navigating the social boundaries that separate the private space of the dwelling, the transitional spaces of homelessness (e.g., streets, shelters), and the increasingly gentrified public spaces of the city. We end by discussing the implications of these findings for evaluating HF programs and demonstrating the value of a boundary‐work perspective on homelessness. [ABSTRACT FROM AUTHOR]

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The aim of this study was to determine if anterior cruciate ligament reconstructed (ACL-R) female athletes exhibit altered lower limb kinematic profiles during jump landing when compared to a non-injured age, sex, and activity matched control group. Fourteen ACL-R and 14 non-injured control subjects performed 3 vertical drop jump (DVJ) trials. Lower limb kinematics were recorded at 200 Hz. Peak and time-averaged angular displacements were quantified and utilized for between-group analysis. The ACL-R group displayed altered hip joint frontal and transverse plane kinematic alterations, and knee joint frontal and sagittal plane kinematic alterations. Specifically the ACL-R group displayed an increased adducted ( p < 0.05) and internally rotated ( p < 0.05) hip joint position, both peak and time-averaged, following landing. The ACL-R group also displayed a decreased adducted ( p < 0.05) and flexed ( p < 0.05) position of the knee joint following landing. The observed aberrant lower limb kinematics could pre-dispose ACL-R athletes to potential future knee joint injuries. Further studies are required to determine in a prospective manner whether such deficits increase the incidence of recurrent ACL injury, and whether specific sensorimotor protocols following ACL reconstruction can minimize these kinematic deficits. © 2011 Orthopaedic Research Society Published by Wiley Periodicals, Inc. J Orthop Res 30:72-78, 2012 [ABSTRACT FROM AUTHOR]