Embedding masculinities within a gender conscious relational pedagogy to transform education with boys experiencing compounded educational disadvantage

Responding to a persistent gap in policy and practice, this paper offers a new gender conscious relational pedagogy, directly informed by boys and educators who have participated in Ulster University’s longitudinal ‘Taking Boys Seriously’ research in Northern Ireland. The development of this pedagogy is grounded in the authentic voices of boys from disadvantaged communities whom despite encountering multiple models of masculinity within a contested society, are rarely provided with opportunities to explore and better understand these in relation to themselves and others. Transcending the boundaries of formal and informal education, we have found this gender conscious relational pedagogy to be highly significant in re-engaging boys in education, increasing their participation, confidence, emotional support, behavioural management, critical thinking, and reflexivity. Our work contributes to a gender-transformative research agenda (Keddie and Bartel 2021) committed to an emancipatory praxis that engages intentionally with boys and educators to examine gender socialisation processes with a focus on masculinities, re-shaping power relations within contextual educational communities, and improving educational experiences, opportunities, and outcomes for disenfranchised adolescent boys and ultimately all learners

Physical Match Demands of Women’s International Cricket

The need to understand the physical match demands required for female international cricketers is growing. Chapter 3 identified the physical match demands of female international cricketers in Twenty20 (T20) matches compared to One Day International (ODI) matches and between seam and non-seam bowlers. When comparing T20 and ODI matches, cricketers covered greater distance across matches in all speed bands. When expressed relative to per minute played, distances were greater across most speed bands in T20 cricket. There was little difference in absolute and relative values between seam bowlers and non-seam bowers apart from absolute and relative high- speed running, where seamers covered greater distances. Additionally, meters per minute were greater in T20 compared to ODI, whereas greater total distances were covered in ODI cricket. Different preparation strategies are therefore required for ODI and T20, with considerations around high-speed running needed for seamers in comparison to non-seamers. Chapter 4 explored the time motion analysis of an impactful match batting innings in T20 and ODI cricket. An impactful innings in ODI matches required a greater absolute physical demand than T20, specifically walking, low-speed running and low intensity accelerations. Whereas, when expressed relative to balls faced, T20 matches demanded significantly greater distances jogging, high- speed running, medium intensity accelerations than ODI. This data suggests T20 cricket requires a greater relative demand for high intensity movements, meanwhile, ODI matches demand higher total amounts of low-intensity movements throughout a batting innings. For the first time, this thesis has provided an overview of the demands of international female cricket across batting, bowling and fielding, in seam bowlers and non-seam bowlers and in ODI and T20 cricket

Calcium signaling during convergent extension in Xenopus

Background: During Xenopus gastrulation, cell intercalation drives convergent extension of dorsal tissues. This process requires the coordination of motility throughout a large population of cells. The signaling mechanisms that regulate these movements in space and time remain poorly understood. Results: To investigate the potential contribution of calcium signaling to the control of morphogenetic movements, we visualized calcium dynamics during convergent extension using a calcium-sensitive fluorescent dye and a novel confocal microscopy system. We found that dramatic intercellular waves of calcium mobilization occurred in cells undergoing convergent extension in explants of gastrulating Xenopus embryos. These waves arose stochastically with respect to timing and position within the dorsal tissues. Waves propagated quickly and were often accompanied by a wave of contraction within the tissue. Calcium waves were not observed in explants of the ventral marginal zone or prospective epidermis. Pharmacological depletion of intracellular calcium stores abolished the calcium dynamics and also inhibited convergent extension without affecting cell fate. These data indicate that calcium signaling plays a direct role in the coordination of convergent extension cell movements. Conclusions: The data presented here indicate that intercellular calcium signaling plays an important role in vertebrate convergent extension. We suggest that calcium waves may represent a widely used mechanism by which large groups of cells can coordinate complex cell movements

Perceived Links between Playing Surfaces and Injury: A Worldwide Study of Elite Association Football Players

This is an Open Access Article. It is published by Springer under the Creative Commons Attribution 4.0 Unported Licence (CC BY). Full details of this licence are available at: http://creativecommons.org/licenses/by/4.0/Background: Injuries in association football (soccer) are debilitating for players and can also be detrimental to the success of a team or club. The type or condition of a playing surface has been empirically linked to injuries, yet results are inconclusive. The overall purpose of this study was to analyse elite football players’ perceived links between playing surfaces and injury from a worldwide cohort of players. The results of this study can help to inform areas for future playing surface research aimed at trying to alleviate user concerns and meet user (i.e. the player) needs. Methods: Quantitative data were collected from 1129 players across the globe to address the aim of this study. Results: Ninety-one percent of players believed the type or condition of a surface could increase injury risk. Abrasive injuries, along with soreness and pain, were perceived to be greater on artificial turf. Surface type, surface properties and age were all potential risk factors identified by the players and linked to the playing surfaces. Conclusions: The results identified three areas where future research should be focussed to help develop surfaces that alleviate user concerns and meet user (i.e. player) needs: (i) current reporting of soreness, pain or fatigue as injuries, (ii) contribution of surface properties to injury; and (iii) surface experience of players from different countries differentiates their views of injury risk

Elite football players' perceptions of football turf and natural grass surface properties.

AbstractGiven the global spread of football (soccer) there are substantial differences in the playing surfaces used between FIFA member associations. This paper contains results from the second part of a study on elite football players’ perceptions of playing surfaces from across the globe. Using a questionnaire, which was developed based on an initial qualitative study, elite players’ perceptions of differences in surface properties between natural and artificial (football) turf were examined. In total, 1129 elite footballers, representing 43 countries across six FIFA confederations completed the questionnaire. Exploratory analysis of overall responses revealed that the players had strong opinions with regards to surface properties when directly comparing natural and football turf. In particular, a higher proportion of players stated that football turf was “Too hard/Harder”, “More level”, “More abrasive” and had “Less grip” compared to natural grass. The results also showed that overall players’ perceptions of surface properties, between natural grass and football turf were dependent on their experience of different playing surfaces during their junior and senior careers, in particular, the variability within football turf pitches

Resilience of health-care workers in the UK; a cross-sectional survey

Background Working for the UK National Health Service (NHS) requires working for organisations under financial pressures and frequent restructures, which can lead to anxiety over continuing employment and income. There are currently no studies to date that have examined the influence of personal resilience across all professions and demographics in the NHS. This study aims to quantify resilience within an NHS trust and explore the contribution of demographic variables of gender, age, years of service, pay grade, hours worked, job role, and division worked to the resilience response of employees. The study also explores the relationship between resilience levels and absence rates, as a marker for health and well-being amongst NHS staff. Methods This study consists of a cross-sectional on-line survey of staff employed in an NHS Trust. All trust employees were asked to complete a Resilience Scale (RS-25), and demographic questions including age, sex, length of service, NHS pay grade (banding), division, job role and number of hours worked per week. Trust level sickness absence rates were also collected during this period. Results were analysed using descriptive statistics, bivariate comparisons and chi-squared tests. Results Data was gained from 845 employees; a significant association between gender and resilience found females scoring higher on the resilience scale; x 2(5) =18.30, p < 0.05. A weak positive correlation between age and resilience found older employees displaying a higher level of resilience; r = 0.11, p <0.05. Results also suggest employees working between 18.75-37.5 hours a week have higher levels of resilience. Ancillary staff scored low on resilience compared to all other staff groups which showed moderate resilience. Clinical staff scored lower on resilience compared to both administrative staff and clinical staff with line management responsibilities. No correlations were found between absence rates and resilience. Conclusion This study gives a snapshot of the resilience of employees in a NHS trust. It is the first of its kind to take into consideration all job roles, divisions and the banding system within a trust. The results also indicate that resilience levels may not be a mediating factor for the health and well-being of NHS staff

Development of a method for determining binaural sensitivity to temporal fine structure.

OBJECTIVE: To develop and evaluate a test of the ability to process binaural temporal-fine-structure (TFS) information. The test was intended to provide a graded measure of TFS sensitivity for all listeners. DESIGN: Sensitivity to TFS was assessed at a sensation level of 30 dB using the established TFS-LF test at centre frequencies of 250, 500 and 750 Hz, and using the new TFS-AF test, in which the interaural phase difference (IPD) was fixed and the frequency was adaptively varied. IPDs varied from 30 to 180°. STUDY SAMPLE: Nine young (19-25 years) and 23 older (47-84 years) listeners with normal hearing over the tested frequency range. RESULTS: For the young listeners, thresholds on the TFS-AF test did not improve significantly with repeated testing. The rank-ordering of performance across listeners was independent of the size of the IPD, and moderate-to-strong correlations were observed between scores for the TFS-LF and TFS-AF tests. Older listeners who were unable to complete the TFS-LF test were all able to complete the TFS-AF test. CONCLUSIONS: No practice effects and strong correlations with an established test of binaural TFS sensitivity make the TFS-AF test a good candidate for the assessment of supra-threshold binaural processing