Les séries familiales, qui connaissent un franc succès aux États-Unis depuis les années 1950, ne sont aujourd’hui toujours pas considérées comme un genre fictionnel à part entière. Ce travail de recherche s’attache à en dessiner les contours et à en définir les caractéristiques. Après avoir effectué un historique de la série familiale et de son évolution, il analyse les constantes sociologiques, culturelles et politiques de la famille télévisée contemporaine et la manière dont elle reflète les évolutions de la société américaine, à travers l’étude de quatre séries télévisées de 2000 à 2015 représentatives de sa diversité : Malcolm in the Middle, Gilmore Girls, Six Feet Under et Parenthood. / Family TV shows, hugely successful in the United States since the 1950s, are still not considered today a genre in it’s own right. This research work focuses on shaping its contours and defining its characteristics. After presenting a history of family TV shows and its evolution, it analyzes the sociological, cultural and political constants of the contemporary TV family, and the way it reflects the changes in American society, through the study of four TV shows from 2000 to 2015 representative of its diversity : Malcolm in the Middle, Gilmore Girls, Six Feet Under and Parenthood.

This study sought to determine if and how television texts produced since September 11, 2001, reflect and address cultural concerns by analyzing patterns in their theme and narrative style. Three American television serials were examined as case studies. Each text addressed a common cluster of contemporary issues such as trauma, death, and loss.

Author: Bc. Kateřina Kellerová Title: Foot Arch in Childhood Problem definition: The most often diagnosis related to the foot arch in childhood is definitely flexible flat foot also called pes planovalgus. Because of that this thesis will be mostly oriented on this diagnosis. There are many articles about flexible flat foot and many studies were oriented on this problem. The informations about etiology, influencing factors or therapy are sometimes discordant in different articles. But almost all of them contain one same statement which says that the prevalence of this diagnosis is decreasing as the foot arch is changing during the child's growth. It means in older children there is not flexible flat foot so often as in the younger ones. But there is no detailed description of the dynamics of these changes of the foot arch in childhood. Aim of this thesis: The aim of this thesis is to find out the development of the foot arch in children of pre-school age. In other words to run the survey to find out the changes of the foot arch in children of pre-school age which occurs in six months. Method: The survey contains anamnesis questionnare for parents and also these examinations: footprints, examination of joint laxity, mobility of hip joint, position of knee, patellae and heel, Jack's test, posibility...

Background Pes planus is one of the most common diagnoses in the pediatric field; flexible flat foot being the most prevalent. This developmental type of flatfoot is a normal finding in young children, seen to resolve spontaneously with growth and development and also remain asymptomatic. Despite this, there is still a large incidence of flat feet in adolescence and many cases of adult flatfeet are frequently presented as residual pediatric flatfeet. The factors that influence the prevalence of flatfeet during a child's development have also the capacity to altering its course and gaining insight on what they are and their influence aids in diagnosing, treating and preventing flat feet. Purpose The aim of this literature review was to enhance knowledge on the persistence of the flat feet condition in the pediatric population by determining the development of flat feet in children with an outline of its affect on posture and gait and identifying contributing factors that affect the incidence and progression of the deformity. Methodology An electronic database search was conducted to obtain articles from relevant journals (from early 2012 to mid 2013). Only full text English articles were obtained, with a few exceptions. Further information was collected from online textbooks and the reference lists of the...

Background: The foot has to fulfil important and complex functions which are, in most regions of the world, supported by shoes. The interface of feet and footwear has often been considered with respect to comfort and function but also to negative effects of shoes. One main contribution to the improvement of footwear fit is provided by matching the shape of the shoe to the shape of the foot. However, current approaches for implementation only include static information. There is still a lack of dynamic information about foot morphology and deformation. Recent advancements in scanner technology allow capturing the foot during natural walking. These advancements and the development of a dynamic foot scanner system (DynaScan4D) are preconditions for this thesis. The research question is: How does foot morphology differ between static and dynamic situations? This question is further specified toward three hypotheses by findings and deficits of the current state of research. The examination of the three hypotheses and their contribution to the research question are topic of this thesis. Furthermore, the findings are combined with comprehensive knowledge of the literature to formulate recommendations for last and footwear construction. Methods: The three hypotheses (H1, H2, H3) are evaluated within three research articles. The first research article aims to identify the differences in dynamic foot morphology according to age, gender, and body mass (H1). The plantar dynamic foot morphology of 129 adults is recorded and analysed by two statistical methods: (1) comparison of matched groups and (2) multiple linear regression analysis. The second and third research article is dealing with differences between static and dynamic foot morphology in developing feet (H2) and their inter-individual differences (H3). For this reason, a large sample of 2554 children, aged between 6 and 16 years, is analysed. Foot measures, corresponding to last measures, are used to identify the differences between static and dynamic foot morphology (H2) by Student's t-test for paired samples. The influences of gender, age, and body mass (H3) are analysed within the whole sample by multiple linear regression analysis and within matched groups by Student's t-test for independent samples. Results: There are differences in dynamic foot morphology according to age, gender, and body mass in adults which confirm H1. In general, the differences are rather small. Furthermore, the differences must be considered in a more differentiated way, as they are not consistent regarding all plantar foot measures. H2 is confirmed as there are statistically signiffcant differences between static and dynamic foot morphology in developing feet. Theses differences are found for all foot measures. However, the magnitude of these differences varies depending on each foot measure. Relevant differences, in particular the forefoot width and midfoot girth measures as well as the angles of the forefoot, must be considered for footwear construction. Influences of gender, age, and body mass are found for the dynamic foot morphology and the differences between static and dynamic foot morphology of developing feet. Thus, H3 is verified. However, these findings are small, especially considering the high variance within each foot measure. The variables gender, age, and body mass cannot appropriately explain the variance of the differences between static and dynamic foot morphology. Thus, the customization of footwear to dynamic foot morphology can be conducted without individual adjustments to gender, age, or body mass. Conclusion: This thesis presents different aspects to answer the question of differences between static and dynamic foot morphology. The findings of this thesis are critically discussed and recommendations for improvements of dynamic fit of footwear are formulated, taking into account the current state of research as well as practical aspects. The findings of the thesis contribute to the field of fundamental research, i.e. to broaden the knowledge about three-dimensional characteristics of dynamic foot morphology. Furthermore, this thesis can help to improve the fit of footwear and thus contributes to applied research in the field of footwear science. / Hintergrund: Der Fuß erfüllt wichtige und komplexe Funktionen, die in den meisten Regionen der Welt, durch Schuhe unterstützt werden. Die Berührungspunkte zwischen Schuhen und Füßen wurden im Hinblick auf komfortable und funktionelle Schuhe, aber auch hinsichtlich negativer Effekte von Schuhen, häufig betrachtet. Ein wesentlicher Beitrag zur Verbesserung der Passform von Schuhen liefert die Annäherung der Schuhform an die Fußform. Jedoch beschränken sich bisherige Umsetzungsansätze auf statische Informationen. Bislang fehlen umfangreiche dynamische Informationen zur Fußgestalt und Verformung. Erst aktuelle Fortschritte der Scanner-Technologie ermöglichen es, den Fuß während des natürlichen Gehens zu erfassen. Diese Fortschritte und die Entwicklung eines dynamischen Fuß-Scanner-Systems (DynaScan4D), stellen die Grundlage für diese Dissertation dar. Die Forschungsfrage ist: Wie unterscheidet sich die statische Fußgestalt von der dynamischen? Mit der Aufarbeitung von Ergebnissen und Defiziten aktueller Forschungsarbeiten wird diese Frage durch die Formulierung von drei Hypothesen weiter spezifiziert. Diese drei Hypothesen, sowie deren Beitrag zur Forschungsfrage, sind Thema dieser Dissertation. Darüber hinaus wird umfassendes Wissen aus der Literatur verwendet um Empfehlungen für die Konstruktion von Schuhen zu geben. Methoden: Die drei Hypothesen (H1, H2, H3) werden in drei wissenschaftlichen Veröffentlichungen untersucht. Die erste Veröffentlichung zielt darauf ab, die Unterschiede zwischen der dynamischen Fußgestalt in Abhängigkeit von Alter, Geschlecht und Körpermasse zu ermitteln (H1). Die plantare dynamische Fußgestalt von 129 Erwachsenen wird hierzu erfasst und durch zwei statistische Verfahren analysiert: (1) Vergleich von gepaarten Probandengruppen und (2) multiple lineare Regressionsanalyse. Die zweite und dritte Hypothese befassen sich mit den Unterschieden der statischen und dynamischen Fußgestalt bei heranreifenden Füßen (H2) und deren inter-individuellen Unterschieden (H3). Aus diesem Grund wird eine große Stichprobe mit 2554 Kindern im Alter zwischen 6 und 16 Jahren untersucht. Fußmaße, die den Maßen im Leistenbau entsprechen, werden verwendet um die Unterschiede zwischen der statischen und der dynamischen Fußgestalt (H2) durch einen gepaarten Student's t-Test zu identifizieren. Der Einfluss des Geschlechtes, des Alters und der Körpermasse (H3) werden in der gesamten Stichprobe durch eine multiple lineare Regressionsanalyse und innerhalb gepaarter Probandengruppen durch Student's t-Test für unabhängige Stichproben untersucht. Ergebnisse: Es gibt Unterschiede in der dynamischen Fußgestalt von Erwachsenen, beeinflusst durch Alter, Geschlecht und Körpermasse, welche die Verifizierung von H1 erlauben. Im Allgemeinen sind diese Unterschiede jedoch gering. Die ermittelten Unterschiede müssen differenziert betrachtet werden, da sie nicht konsistent in Bezug auf die gesamte plantare Fußgestalt auftreten. H2 kann verifiziert werden, da es zwischen der statischen und der dynamischen Fußgestalt von heranreifenden Kindern statistisch signifikante Unterschiede gibt. Diese Unterschiede wurden bei allen Fußmaßen gefunden, wobei das Außmaß dieser Unterschiede in Abhängigkeit vom jeweiligen Fußmaß variiert. Relevante Unterschiede, insbesondere Breitenmaße und Winkelmaße des Vorfußes sowie Umfangsmaße des Mittelfußes, müssen bei der Konstruktion von Schuhen berücksichtigt werden. Es zeigen sich Einflüsse von Geschlecht, Alter und Körpermasse auf die dynamische Fußgestalt sowie auf die Differenzen zwischen der statischen und der dynamischen Fußgestalt. Somit ist H3 verifiziert. Jedoch sind diese Einflüsse gering, besonders wenn die Varianz innerhalb der Fußmaße betrachtet wird. Die Variablen Alter, Geschlecht und Körpermasse können die Varianz der Differenzen zwischen der statischen und der dynamischen Fußgestalt nicht angemessen erklären. Damit kann die Anpassung an die dynamische Fußgestalt ohne eine Individualisierung hinsichtlich Alter, Geschlecht oder Körpermasse vollzogen werden. Schlussfolgerungen: Die vorliegende Dissertation stellt unterschiedliche Aspekte zur Beantwortung der Frage, welche Unterschiede zwischen der statischen und der dynamischen Fußgestalt bestehen, vor. Die Ergebnisse der Arbeit werden kritisch diskutiert und es werden, unter Berücksichtigung des aktuellen Forschungsstandes sowie praktischer Aspekte, Empfehlungen zur Optimierung der dynamischen Passform von Schuhen gegeben. Die Ergebnisse der Dissertation liefern einen Beitrag zur Grundlagenforschung, insbesondere durch die Erweiterung des Wissensstands der dreidimensionalen Eigenschaften der dynamischen Fußgestalt. Darüber hinaus kann diese Arbeit helfen die dynamische Passform von Schuhen zu verbessern und trägt damit zur angewandten Schuhforschung bei.

This thesis paper explores barefoot and minimalist running in Ottawa, Ontario and Boulder, Colorado. The objective has been to answer the following questions: how can we understand barefoot and minimalist style running as cultures, how are barefoot and minimalist style running being done in different ways, how do the senses play out and create nuances between barefoot and minimalist style runners. I argue barefoot and minimalist running are distinct cultural forms. I applied an Ingoldian notion of culture that contends cultures are generative, relational, temporal and improvisational. I conducted a multi-site study and I interviewed participants, as well as conducted participant observation. My findings reveal that the different sensations experienced by the two styles of running make them meaningful in different ways. These different sensations and ways of meaning create nuances between barefoot and minimalist running and differentiate them and as a result, there are found to become different cultural forms.

In summary of findings we first address problems of correct and poor posture. We present methods how to easily detect function disorders of locomotive system, their basic characteristics, and how to compensate such disorders, or how to prevent them completely. The research focuses on determination of the most common function disorders in children of young school age. Total of 384 children from 1st and 2nd grades of all elementary schools in Strakonice participated in the survey. The following methods were chosen evalutation of posture according to Jaroš and Lomíček, which disclosed that the most common function disorders apply to lower limbs. Testing according to Matthias showed that 33 % of children suffer from poor posture. The research includes a questionaire, which helped us to find out that poor posture occurs less frequently in children who pursue physical activities.

La connaissance des effets biomécaniques induits par les orthèses plantaires représente un enjeu important afin de faire reconnaitre le rôle du podologue dans le traitement des pathologies ostéo-articulaires et musculo-tendineuses de l'appareil locomoteur. Ainsi, ce travail de thèse consiste à modéliser, par la biomécanique, l'appareil locomoteur afin d'évaluer les effets du port des orthèses plantaires durant la marche. Avant toute chose, une étude méthodologique a été menée afin de vérifier la reproductibilité des données biomécaniques de la marche. Les principaux résultats montrent que ces données biomécaniques peuvent présenter une variabilité importante, principalement causée par des erreurs de positionnement des capteurs sur le sujet, rendant parfois difficile l'interprétation clinique. Toutefois, la deuxième partie de cette étude a montré que l'utilisation d'une méthodologie de correction segmentaire à partir d'une position statique imposée permettait de réduire cette variabilité. Une étude clinique a donc été menée sur les répercussions de l'utilisation d'une orthèse plantaire de supination sur la correction instantanée du pied valgus. Les principales conclusions montrent que les données cinématiques et dynamiques, notamment du pied et de la cheville, sont impactées. Enfin, afin de démontrer l'intérêt d'utiliser la méthodologie de correction segmentaire pour l'interprétation des effets biomécaniques du traitement par orthèses plantaires à plus ou moins long terme, deux cas cliniques ont été analysés, l'un concernait un patient atteint d'un syndrome de loge de la jambe et l'autre d'une gonarthrose. Les principales conclusions indiquent que les orthèses plantaires ont une action sur des pathologies de la cheville et du genou mais que l'interprétation de cette action peut être erronée si la variabilité des données biomécaniques de la marche n'est pas prise en considération / The knowledge of the biomechanical effects induced by foot orthotics is an important issue in order to recognize the role of the podiatrist in the treatment of osteoarticular and musculotendinous disorders of the musculoskeletal system. So, this work consists in modeling, by the biomechanics, the musculoskeletal system to assess the effects of wearing foot orthotics during walking. A first study was conducted to check the reproducibility of gait biomechanical data through two different sessions. The results show that these biomechanical data may show significant variability, mainly caused by errors in the positioning of sensors on the subject, making it difficult clinical interpretation. However, the second part of this study showed that the use of a methodology for segmental correction, from a static position imposed, allowed reducing this variability. Thus, a study was conducted on the impact of the use of supinated foot orthotics on immediate correction of valgus foot. The main findings show that the kinematic and dynamic data, notably the foot and ankle, are impacted. Before being able to estimate if this correction lasts over time, a second study was conducted. Thus, to demonstrate the benefits of using this methodology for the interpretation of the biomechanical effects of treatment with foot orthotic in the longer term, two clinical cases were analyzed, one involved a patient with compartment syndrome of the leg and the other with knee osteoarthritis. The main findings indicate that the insoles have an impact on diseases of the ankle and knee but that the interpretation of these actions may be wrong if the variability of gait biomechanical data is not considered

Type 2 diabetes mellitus (T2DM) is one of the leading causes of death from worldwide non-communicable diseases. The prevalence of diabetes in the Mexico (MX)-United States border states exceeds the national rate in both countries. The economic burden of diabetes, due to decreased productivity, disability, and medical costs, is staggering and increases significantly when T2DM-related complications occur. The purpose of this study was to use a modified behavioral risk factor surveillance system (BRFSS) to describe the T2DM self-management behaviors, diabetes care, and health perception of a convenience sample of adults with T2DM in Monterrey, MX. This cross-sectional study design, with convenience sampling, was conducted with a convenience sample (n = 351) of adults in the metropolitan area of Monterrey, MX who self-reported a diagnosis of T2DM. Potential participants were recruited from local supermarkets. Twenty-six diabetes and health-related items were selected from the BRFSS and administered in face-to-face interviews by trained data collectors. Data analysis was conducted using descriptive statistics. The mean age was 47 years, and the mean length of time with T2DM was 12 years. The majority was taking oral medication and 34% required insulin. Daily self-monitoring of feet was performed by 56% of the participants; however, only 8.8% engaged in blood glucose self-monitoring. The mean number of health-care provider visits was 9.09 per year, and glycated hemoglobin level (HbA1c) was assessed 2.6 times per year. Finally, only 40.5% of the participants recalled having a dilated eye exam. We conclude the modified BRFSS survey administered in a face-to-face interview format is an appropriate tool for assessing engagement in T2DM self-management behaviors, diabetes care, and health perception. Extension of the use of this survey in a more rigorous design with a larger scale survey is encouraged.

This thesis paper explores barefoot and minimalist running in Ottawa, Ontario and Boulder, Colorado. The objective has been to answer the following questions: how can we understand barefoot and minimalist style running as cultures, how are barefoot and minimalist style running being done in different ways, how do the senses play out and create nuances between barefoot and minimalist style runners. I argue barefoot and minimalist running are distinct cultural forms. I applied an Ingoldian notion of culture that contends cultures are generative, relational, temporal and improvisational. I conducted a multi-site study and I interviewed participants, as well as conducted participant observation. My findings reveal that the different sensations experienced by the two styles of running make them meaningful in different ways. These different sensations and ways of meaning create nuances between barefoot and minimalist running and differentiate them and as a result, there are found to become different cultural forms.