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Needs of patients with age related macular degeneration
Houdková, Eliška ; Jirkovský, Daniel (advisor) ; Haluzíková, Jana (referee)
This bachelor's thesis deals with the area of specific needs in patients with age-related macular degeneration (AMD). Objectives: The aim of this thesis is to provide an overview of the changed needs of patients with AMD. Methods: To achieve the aim of the thesis, a questionnaire survey was conducted. The target group of the survey were patients undergoing anti-VEGF therapy at an unnamed eye clinic. A total of 70 questionnaires were included in the survey. Results: Based on the statistical evaluation of the data, it was found that AMD significantly affects the lives of respondents in many areas. The majority of respondents identified independence and self-sufficiency as the most affected aspect of their lives. More than half of the respondents (55.71 %) have problems with mobility and everyday activities. AMD also negatively affects the mental health of patients, 70 % of respondents are afraid of depression or anxiety. Respondents find meaning and fulfillment in life, especially in the areas of family and friends relationships, leisure activities, spiritual development, education, gratitude, and a positive attitude towards life. Conclusion: AMD has a complex impact on the lives of patients. It is important to provide patients with AMD with high-quality and accessible care that includes not only...
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Effect of Sleep Education and Behavioral Techniques on Sleep and Emotional Regulation in Patients with Insomnia.
Smolková, Eliška ; Janků, Karolina (advisor) ; Horáková, Hana (referee)
This diploma thesis introduces the topic of a short-termed approach to treating insomnia. The theoretical part addresses healthy sleep and sleep assessment methods. It describes insomnia and a large part of the thesis is devoted to the treatment of this sleep disorder. The thesis introduces the relationship between emotional regulation and sleep. The aim of the empirical part is to investigate the effect of a short program dedicated to insomnia on sleep parameters (time in bed, total sleep time, sleep efficiency, sleep onset latency), on the severity of insomnia and on difficulties in emotional regulation in individuals suffering from insomnia. The pilot research is examining the variables listed above before and after the programme. The results suggest significant changes in sleep parameters, insomnia severity and difficulties in emotional regulation after the programme. Limitations of the present study are discussed and recommendations for further research in the area of short-term therapies for insomnia are provided. Key words: insomnia; emotion regulation; behavioural approach; cognitive behavioural therapy
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The influence of roots on the chemical properties of the apoplast and the rhizosphere
Puldová, Kristýna ; Fendrych, Matyáš (advisor) ; Šámalová, Markéta (referee)
Chemical properties of the apoplast and rhizosphere are crucial for plant development and its overall well-being. Apoplast includes space outside the plasma membrane and its content, such as gas, water, and solutes. Changes in apoplast properties significantly influence various processes. One of them is cellular growth - the pH-dependent extension of cell walls. The rhizosphere is the soil environment near and under the influence of roots. It is characterised by abiotic factors like the availability of nutrients and toxic compounds. It is also a space with a high representation of microbiome communities. Plants can significantly influence the chemical properties of both apoplast and rhizosphere to improve their growth conditions. This thesis summarises the most important mechanisms of plants' roots that change these chemical properties, focusing on the model plant Arabidopsis thaliana. It shows how and where these mechanisms intersect and in which way they influence each other. Emphasis is placed on the process of growth regulation and mechanisms of increasing nutrient availability. Keywords: apoplast, rhizosphere, H+ ATPase, root growth, rhizodeposition, root exudates, nutrients, microbiome
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Syndromes associated with numerical aberrations of gonosomes
Sluková, Kristýna ; Mrňáková, Hana (advisor) ; Trková, Marie (referee)
Before the offspring is born, multiple flaws in the DNA, that strongly influence its future life, can occur. These may include differences in the structure of the Chromosomes or their overall quantity. Deviations from the standard genetic attributes of those Chromosomes will cause anatomic and physiological changes on the specimen. These changes act in a repetitive manner if certain conditions are met and because of multiple combinations of symptoms, genetic syndroms with similar manifestations have been categorized and named. As these abnormalities occur in early pre-natal stages od the offspring's development, there is no way of preventing them, avoiding them or completely curing them.
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Functional movement disorders of the temporomandibular joint in women of working age
Nulíčková, Denisa ; Benešová, Lucie (advisor) ; Málková, Magdaléna (referee)
BACHELOR THESIS ABSTRACT Author: Denisa Nulíčková Supervisor: Mgr. Lucie Benešová Title: Functional movement disorders of the temporomandibular joint in women of working age Abstract: The bachelor thesis deals with functional disorders of the temporomandibular joint in women of working age. The thesis is a diagnostic work. The main aim is to evaluate the most common functional changes and general common features of patients with temporomandibular joint dysfunction by means of extended kinesiological analysis. The sub-objective is to map the quality of life and the presence of stress factors in the patients' lives. The second sub-objective is to elaborate the proposal and goals of the physiotherapy intervention. The theoretical part, in addition to short chapters describing the anatomy and biomechanics of the temporomandibular joint, deals with functional temporomandibular disorders. It provides a comprehensive overview of their causes, symptomatology and relationship to other body structures. It also summarizes the consequences of excessive psychological stress in the context of these disorders and describes conservative methods of treatment. The practical part of the thesis consists of 5 case studies, which include detailed initial examinations. The standard kinesiological analysis is enriched with...
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Leaf physiological and optical properties in relation to the Phytophtora × alni infection of black alder (Alnus glutinosa)
Oramová, Viktorie ; Lhotáková, Zuzana (advisor) ; Tomášková, Ivana (referee)
A current problem is the infestation of the black alder (Alnus glutinosa) by the pathogen P. × alni, which causes the loss of alder stands and disrupts riparian ecosystems. The spread of the 'phytophthora disease' occurs through water, the host is infected through the root system and the pathogen attacks the conductive tissues. As a result of the disease, the tree gradually loses its root system, lesions appear on the trunk, defoliation occurs and the individual inevitably dies. The only solution to the situation is preventive measures to prevent further spread by careful removal of infected alder trees. The aim of this paper is to discuss the relationship between black alder and P. × alni in the context of the physiological changes that occur in the foliage of the infested individual. Leaf functional traits, chlorophyll fluorescence and optical properties of black alder exposed to P. × alni (inoculation into soil or confirmed occurrence of the pathogen in natural conditions) were measured using non-invasive methods. The results of the chamber experiments suggest that the mean values of the measured parameters do not change significantly in the initial stages of infection, but there is a widening of the variance of the values in infected individuals. We tested whether the genetic origin of the...
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Effect of dysbiosis on proportion of particular neutrophil subsets and their functional capacities
Sklenářová, Lydie ; Hrdý, Jiří (advisor) ; Dobeš, Jan (referee)
The gut microbiota is crucial for maintaining physiological balance and influences metabolic processes, immune responses, and intestinal barrier function. Dysbiosis, or the imbalance of microbial composition, is associated with a range of health complications, including chronic inflammatory conditions such as non-specific intestinal inflammations. Inflammatory processes associated with dysbiosis and changes in microbial metabolites can directly affect the activation of neutrophils, impacting the pathogenesis of various diseases. Probiotics, defined as live microorganisms which, when administered in adequate amounts, confer a health benefit on the host, offer the potential for positive modulation of these inflammatory conditions The aim of this thesis was to explore how experimentally induced intestinal dysbiosis affects the heterogeneity of neutrophils in the bone marrow. Dysbiosis was induced by administering antibiotics to mice, which were subsequently treated with the probiotic strain Escherichia coli O83:K24:H31 (EcO83). Neutrophil phenotypes were assessed using flow cytometry based on the expression of surface markers CD11b, Ly6G, CD62L, and CXCR2. Meanwhile, gene expression related to their antimicrobial functions and the inflammatory environment was analyzed by quantitative PCR. The results...
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Ability of plants to adapt to anthropogenic pollution
Vachek, Tadeáš ; Münzbergová, Zuzana (advisor) ; Dostál, Petr (referee)
Due to global climate change and human interventions, the environment is changing rapidly. This brings many stress factors that organisms must adapt to. One of the adaptive mechanisms currently widely discussed is rapid evolution, i.e., hereditary change based on natural selection occurring at an ecologically relevant pace. This work deals with the synthesis of knowledge about rapid evolution, the methodology of its research, and its role in the adaptive processes of plants to anthropogenic pollution, focusing on heavy metals in soil and artificial light at night. The collected studies indicate that heavy metals exert strong selective pressure that can lead to the separation of a tolerant population from the original within a few generations. However, the significance of artificial light at night as a selective factor for plant evolution has not yet been studied. Although individual studies deal with adaptive evolution in phototactic insects in response to artificial light at night, extensive research has not been conducted here either. From the general examination of the effects of artificial light at night on organisms (especially animals), both direct and indirect impacts on their functioning are evident, many of which have not yet been described in detail. Thus, the direct and indirect impacts...
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Variability of Lepidium campestre seed mass concerning nutrition
Tučková, Kristýna ; Mašková, Tereza (advisor) ; Dostál, Petr (referee)
Seed production allows plants to maintain their genetic diversity, survive in dormancy through unfavourable conditions and disperse to new distant sites. Seed's own size reflects the amount of provisions designated for its germination, thus the rate and success of its germination. Seed size can also suggest dispersion distance, a chance to avoid seed predators, and how likely the seedling will withstand unfavourable conditions right after germination and before the formation of necessary structures for growth independent of maternal supplies. In general, the more nutrients a plant acquires during seed production, the bigger the number or size of seeds it can produce. In some cases, more nutrient uptake can lead to the production of more numerous and bigger seeds simultaneously, however, the direction of increased investment in reproduction highly depends on plant species. This work studies the effect of nutrient gradient in the environment on the variability of seed size in Lepidium campestre. It explores how seed traits change along the maternal environmental nutrient gradient, specifically how their number, size and seed coat thickness responds to the gradient. Subsequently, this work discusses the persistence of the maternal nutrient effect in the second generation, phenomenon called the...
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Mammalian proteins carrying zinc finger arrays
Vobruba, Adam ; Svoboda, Petr (advisor) ; Mašek, Jan (referee)
A zinc finger is a small peptide motif stabilised by a single zinc ion, best known for its capability to specifically bind a 3-nucleotide sequence of DNA, depending on the exact amino acids present in the DNA-binding positions. Zinc fingers are unique in their ability to freely link together and form longer tandem arrays, which can bind DNA targets of any length and sequence determined by the combination of individual fingers. These arrays can easily mutate and be rebuilt to change binding specificity, allowing great flexibility and helping zinc fingers to their widespread presence in numerous endogenous proteins of various functions. This property of zinc finger arrays also made them a suitable tool for the creation of custom DNA- binding domains for genetic engineering. This thesis provides an overview of the discovery, structure and function of these domains and then reviews and discusses selected naturally occurring mammalian zinc finger proteins and their properties, showcasing diverse uses zinc finger arrays have been adapted for throughout evolution. The history and future of zinc fingers in artificial proteins created for gene therapy and research are discussed as well. Keywords: zinc finger, ZnF, KRAB, KZFP, CTCF, PRDM9, ZFN, mammals
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