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English parliamentary habeas corpus proceedings have been neglected by scholars. This Article ends that neglect. This Article focuses on the parliamentary habeas corpus proceedings that occurred in the reign of King James I. The Article corrects several misunderstandings relating to the history of the writ of habeas corpus in England and to the history of the English Parliament (which in the seventeenth century commonly was referred to as the High Court of Parliament). Part I of the Article provides answers to questions concerning the historical background and context of the parliamentary habeas corpus proceedings in the High Court of Parliament during James I's reign. What was the origin and significance of the term High Court of Parliament? What was the parliamentary privilege of freedom from arrest, the violation of which could lead to the granting of habeas corpus relief by the House of Lords or the House of Commons? What was the civil arrest system in effect in seventeenth century England-a system which made it likely that from time to time the parliamentary privilege from arrest would be violated and the parliamentary habeas remedy thereupon invoked? What other remedies, apart from habeas corpus, were available to deal with infringements oft he parliamentary arrest privilege? And what were the contours of the parliamentary habeas corpus remedy itself, which appears not to have been successfully invoked prior to the reign of James I? Parts II and III conclusively demonstrate that in the reign of James I the High Court of Parliament at times functioned as the High Habeas Court of Parliament. Part II provides an in-depth account of the habeas corpus proceedings in the House of Lords in the reign of James I, while Part III does the same for the habeas corpus proceedings in the House of Commons during the reign. The Article concludes with a detailed discussion of the three major changes this work mandates in our understanding of English legal history. [ABSTRACT FROM AUTHOR]

The article offers information regarding the Western Judicial Circuit's history in Georgia. It mentions that the Western Judicial Court, which was created by a 1797 statute, originally comprises of the superior courts of eight counties such as Elbert, Greene, and Franklin. It presents the list of superior court judges of the Western Judicial Circuit including Thomas P. Carnes, James Jackson, and David R. Sweat.

Rechargeable Mg batteries are a promising energy storage technology to overcome the limitations inherent to Li ion batteries. A critical challenge in advancing Mg batteries is the lack of suitable cathode materials. In this work, we report a cathode design that incorporates S functionality into two-dimensional metal-organic-frameworks (2D-MOFs). This new cathode material enables good Mg 2+ storage capacity and outstanding cyclability. It was found that upon the initial Mg 2+ insertion and disinsertion, there is an apparent structural transformation that crumbles the layered 2D framework, leading to amorphization. The resulting material serves as the active material to host Mg 2+ through reduction and/or oxidation of S and, to a limited extent, O. The reversible nature of S and O redox chemistry was confirmed by spectroscopic characterizations and validated by density functional calculations. Importantly, during the Mg 2+ insertion and disinsertion process, the 2D nature of the framework was maintained, which plays a key role in enabling the high reversibility of the MOF cathode., (© 2024 The Authors. Angewandte Chemie International Edition published by Wiley-VCH GmbH.)

Athletes in contact sports are exposed to repetitive impacts as an inherent part of sport. There is concern over the accumulative effect; however, much is still unknown regarding their short-term effects. This study investigated impact accumulation and outcomes over three seasons (2015, 2017, 2019) in NCAA Football Bowl Subdivision players. Impacts were recorded using helmet accelerometers, and virtual reality testing (VR) was done across the season. Incidence rates for impacts (total; ≥25 G to <80 G; ≥80 G) all significantly differed by season ( p < 0.05). VR scores changed across the seasons, specifically significant decreases in spatial memory ( p < 0.05) in 2015, significant changes in balance and spatial memory ( p < 0.05) in 2017, and no significant changes in 2019. Linear regressions predicting VR change score by impact incidence rate were nonsignificant. Monitoring exposure to impacts and changes in outcomes is useful; however, results are fluid, and many factors could indirectly have protective effects on athletes.

This prospective cohort study examined the relationship between a panel of four serum proteomic biomarkers (glial fibrillary acidic protein [GFAP], ubiquitin C-terminal hydrolase-L1 [UCH-L1], total Tau, and neurofilament light chain polypeptide [NF-L]) in 52 players from two different cohorts of male collegiate student football athletes from two different competitive seasons of Division I National Collegiate Athletic Association Football Bowl Subdivision. This study evaluated changes in biomarker concentrations (as indicators of brain injury) over the course of the playing season (pre- and post-season) and also assessed biomarker concentrations by player position using two different published classification systems. Player positions were divided into: 1) speed (quarterbacks, running backs, halfbacks, fullbacks, wide receivers, tight ends, defensive backs, safety, and linebackers) versus non-speed (offensive and defensive linemen), and 2) "Profile 1" (low frequency/high strain magnitudes positions including quarterbacks, wide receivers, and defensive backs), "Profile 2" (mid-range impact frequency and strain positions including linebackers, running backs, and tight ends), and "Profile 3" (high frequency/low strains positions including defensive and offensive linemen). There were significant increases in GFAP 39.3 to 45.6 pg/mL and NF-L 3.5 to 5.4 pg/mL over the course of the season ( p  < 0.001) despite only five players being diagnosed with concussion. UCH-L1 decreased significantly, and Tau was not significantly different. In both the pre- and post-season blood samples Tau and NF-L concentrations were significantly higher in speed versus non-speed positions. Concentrations of GFAP, Tau, and NF-L increased incrementally from "Profile 3," to "Profile 2" to "Profile 1" in the post-season. UCH-L1 did not. GFAP increased (by Profiles 3, 2, 1) from 42.4 to 49.6 to 78.2, respectively ( p  = 0.051). Tau increased from 0.37 to 0.61 to 0.67, respectively ( p  = 0.024). NF-L increased from 3.5 to 4.9 to 8.2, respectively ( p  < 0.001). Although GFAP and Tau showed similar patterns of elevations by profile in the pre-season samples they were not statistically significant. Only NF-L showed significant differences between profiles 2.7 to 3.1 to 4.2 in the pre-season ( p  = 0.042). GFAP, Tau, and NF-L concentrations were significantly associated with different playing positions with the highest concentrations in speed and "Profile 1" positions and the lowest concentrations were in non-speed and "Profile 3" positions. Blood-based biomarkers (GFAP, Tau, NF-L) provide an additional layer of injury quantification that could contribute to a better understanding of the risks of playing different positions.

Objective: Reaction time is a common deficit following concussion, making its evaluation critical during return-to-play protocol. Without proper evaluation, an athlete may return-to-play prematurely, putting them at risk of further injury. Although often assessed, we propose that current clinical testing may not be challenging enough to detect lingering deficits. Thus, the aim of this study was to examine reaction time in concussed individuals three times over a 30-day period through the use of a novel reaction time device consisting of simple, complex, and go/no-go reaction time tasks., Methods: Twenty-three concussed subjects completed simple, complex, and go/no-go reaction time tests at three different timepoints: within 7-, 14-, and 30-days of injury, and 21 healthy controls completed the three reaction time tasks during a single session., Results: Independent t-tests revealed that for the simple reaction time task, concussed participants were only significantly slower at session 1 (p = .002) when compared to controls. Complex reaction time task results showed concussed participants to be significantly slower at session 1 (p = .0002), session 2 (p = .001), and session 3 (p = .002). Go/no-go results showed concussed participants to be significantly slower than controls at session 1 (p = .003), session 2 (p = .001), and session 3 (p = .001)., Conclusions: Concussed individuals display prolonged reaction time deficits beyond the acute phase of injury, illustrated using increasingly complex tasks., (© The Author(s) 2021. Published by Oxford University Press. All rights reserved. For permissions, please e-mail: journals.permissions@oup.com.)

Examine the effect of subconcussive impact accumulation on cognitive/functional, imaging, and biomarker outcomes over the course of a single season, specifically in contact sport athletes at collegiate level or younger. Systematic review following PRISMA guidelines and using Oxford Center for Evidence-Based Medicine 2011 Levels of Evidence and Newcastle Ottawa Assessment Scale. PubMed MEDLINE, PsycInfo, SPORT-Discus, Web of Science. Original research in English that addressed the influence of subconcussive impacts on outcomes of interest with minimum preseason and postseason measurement in current youth, high school, or college-aged contact sport athletes. 796 articles were initially identified, and 48 articles were included in this review. The studies mostly involved male football athletes in high school or college and demonstrated an underrepresentation of female and youth studies. Additionally, operationalization of previous concussion history and concussion among studies was very inconsistent. Major methodological differences existed across studies, with ImPACT and diffusion tensor imaging being the most commonly used modalities. Biomarker studies generally showed negative effects, cognitive/functional studies mostly revealed no effects, and advanced imaging studies showed generally negative findings over the season; however, there was variability in the findings across all types of studies. This systematic review revealed growing literature on this topic, but inconsistent methodology and operationalization across studies makes it challenging to draw concrete conclusions. Overall, cognitive measures alone do not seem to detect changes across this timeframe while imaging and biomarker measures may be more sensitive to changes following subconcussive impacts., (© 2021. The Author(s), under exclusive licence to Springer Science+Business Media, LLC, part of Springer Nature.)

This prospective, controlled, observational cohort study assessed the performance of a novel panel of serum microRNA (miRNA) biomarkers relative to findings on cervical spinal cord magnetic resonance imaging (MRI) in collegiate football players. There were 44 participants included in the study: 30 non-athlete control subjects and 14 male collegiate football athletes participating in a Division I Football Bowl Subdivision of the National Collegiate Athletic Association. Diffuse tensor MRI and blood samples were acquired within the week before the athletic season began and within the week after the last game of the season. All miRNAs were significantly higher in athletes regardless of their fractional anisotropy (FA) values ( p  < 0.001), even those considered to be in the "normal" range of FA for white and gray matter integrity in the cervical spinal cord. miRNA biomarkers were most significantly correlated with FA of the white matter (WM) tracts of the dorsal (posterior) spinal cord; particularly, the fasciculus gracilis, fasciculus cuneatus, lateral corticospinal tract, rubrospinal tract, lateral reticulospinal tract, spinal lemniscus, and spinothalamic and -reticular tracts. Areas under the curve for miRNA biomarkers predicting lower FA of WM dorsal (posterior) cervical spinal tracts, therefore lower white matter integrity (connectivity), were miR-505* = 0.75 (0.54-0.96), miR-30d = 0.74 (0.52-0.95), and miR-92a = 0.75 (0.53-0.98). Should these findings be replicated in a larger cohort of athletes, these markers could potentially serve as measures of neuroimaging abnormalities in athletes at risk for concussion and subconcussive injuries to the cervical spinal cord., Competing Interests: Drs. Papa and Bhomia are inventors of a U.S. patent application filed by Uniformed Services University of the Health Sciences (USUHS) regarding the potential utilities of selected miRNAs as diagnostic biomarkers for TBI., (© Linda Papa et al., 2021; Published by Mary Ann Liebert, Inc.)

Objective: To investigate sleep disturbances and circadian timing changes on functional and physiological correlates specifically in collegiate athletes., Design: Scoping Review., Data Sources: PubMed MEDLINE, SPORT-Discus, CINAHL, ERIC ProQuest, Web of Science., Eligibility Criteria: Articles in English, studying college athletes 18-24 years old, employing a sleep measurement, and a comparison measure of cognitive, academic performance, athletic performance, injury rate, biomarkers and physiological measures, or imaging., Results: Thirty articles met inclusion criteria. There was wide range of study design, sport studied, modality used to measure sleep, frequency of sleep measurements, and functional and physiological outcomes across studies. Sleep measurements varied greatly in frequency of data collection and type of measurement tool, with the majority using a sleep questionnaire. While all variables of interest were represented within the review, most had a focus on cognitive performance, athletic performance, or injury rate as a function of sleep. Studies using biomarkers and physiological measures or imaging were largely underrepresented. Few studies used biomarkers and physiological measures, and one study used imaging measures. Most studies in this review reported negative cognitive and academic outcomes with worse sleep quality and quantity., Conclusions: Sleep is critical to maintaining optimal health and collegiate athletes represent a unique population given their unique time constraints, stresses, and sleep behaviors. Findings on athletic performance and injury rate as a function of sleep were mixed. Employing standardized objective methodologies in future work will allow for better understanding of the influence of sleep on the overall well-being and performance of college athletes., (Copyright © 2021 Elsevier B.V. All rights reserved.)

The involvement of the central nervous system (CNS), specifically the white matter tracts in the cervical spinal cord, was examined with diffusion tensor imaging (DTI) following exposure to repetitive head acceleration events (HAEs) after a single season of collegiate football. Fifteen National Collegiate Athletic Association (NCAA) Division 1 football players underwent DTI of the cervical spinal cord (vertebral level C1-4) at pre-season (before any contact practices began) and post-season (within 1 week of the last regular season game) intervals. Helmet accelerometer data were also collected in parallel throughout the season. From pre-season to post-season, a significant decrease ( p  < 0.05) of axial diffusivity was seen within the right spino-olivary tract. In addition, a significant decrease ( p  < 0.05) in global white matter fractional anisotropy (FA) along with increases ( p  < 0.05) in global white matter mean diffusivity (MD) and radial diffusivity (RD) were found. These changes in FA from pre-season to post-season were significantly moderated by previous concussion history ( p  < 0.05) and number of HAEs over 80 g ( p  < 0.05). Despite the absence of sports-related concussion (SRC), we present measurable changes in the white matter integrity of the cervical spinal cord suggesting injury from repetitive HAEs, or SRC, may include the entirety of the CNS, not just the brain., Competing Interests: No competing financial interests exist., (© Brian Johnson et al., 2021; Published by Mary Ann Liebert, Inc.)

Many college students experience a mental health problem yet do not seek treatment from a mental health professional. In the present study, we examined how perceived barriers (stigma perceptions, negative attitudes about treatment, and perceptions of practical barriers), as well as the Big Five personality traits, relate to treatment seeking among college students reporting a current mental health problem. The sample consisted of 261 college students, 115 of which reported experiencing a current problem. Results of a series of logistic regressions revealed that perceived stigma from others (OR = .32), self-stigma (OR = .29), negative attitudes about treatment (OR = .27), and practical barriers (OR = .34) were all associated with a lower likelihood of having sought treatment among students experiencing a problem. Of the five-factor model personality traits, only Neuroticism was associated with a higher likelihood of having sought treatment when experiencing a mental health problem (OR = 2.71). When we considered all significant predictors in a final stepwise conditional model, only self-stigma, practical barriers, and Neuroticism remained significant unique predictors. Implications for addressing barriers to treatment and encouraging treatment seeking among college students are discussed. (PsycINFO Database Record, ((c) 2017 APA, all rights reserved).)

The current tendency to avoid at all cost the separation of children from their own homes can have a destructive effect on casework practice.

Serious illness or hospitalization of a parent is potentially destructive to the mental health of the child. Stress is caused by both the separation and the illness itself. If the physician does not ensure that the situation is explained to the child, it is likely the child will be confused and frightened and any attempts at clarification will be blocked in the attendant family dysfunction. The general principles of prevention are to share the facts of the situation with the child and to allow him his natural and varied reactions. The family interview is useful in clearing up misunderstandings, sharing feelings and working out family roles.