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Safe administration of injectable medications
VANÍČKOVÁ, Eliška
Introduction: Drug administration is an essential part of nursing practice. Following the example of other countries, the safety of drug administration is coming to the fore. Nowadays, patient safety is a key element in the provision of quality nursing care. The aim of this thesis was to map the procedure of drug administration by intramuscular and subcutaneous routes. Methodology and research sample: For the purpose of this thesis, the method of participant observation was chosen, which took place in the departments of internal medicine and surgery from August to October 2023. All observations were recorded in a pre-designed record sheet and the data were statistically analysed using SASD and SPSS software. The analysis was based on first and second level classification, contingency tables with absolute and relative frequencies and sign scheme were constructed. The results were then organised into graphs and tables. Results: The results of the thesis indicate that the nurses observed do not follow the labelling of injections to a considerable extent, which can lead to errors. Furthermore, in a significant number of cases the nurses do not take care to properly disinfect the injection site of the injectable drug, which leads to a higher likelihood of signs of inflammation at the injection site. A surprising finding was the precision in hand sanitation. This behaviour is very important because, in combination with careful disinfection of the injection site, it is more likely to prevent the introduction of infection into the patient's body. Conclusion: The thesis provides a comprehensive view on the issue of safe administration of injectable medicinal products. As a result of this work, it will be presented at a student conference and an article will be written on the subject.
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Tool for SQL Injection Vulnerability Detection
Kutypa, Matouš ; Samek, Jan (referee) ; Barabas, Maroš (advisor)
The Bachelor thesis is focused on the issue of SQL injection vulnerabilities. The thesis presents commonly used procedures in the attacks against information systems and are also discussed possibilities of defense including the correct ways of input validation. The theoretical part contains the essential foundation of what should the penetration tester know, to be able to examine the inputs of application for SQL injection vulnerability. The thesis also describes analysis, design and implementation of specialized tool for Web application vulnerability detection. The implemented tool was tested and compared with other existing tools. Within the thesis has been also implemented a Web application, which demonstrates many different variants of SQL injection vulnerable inputs.
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Using Infinispan as a Backend for CDI Contexts
Kövári, Adam ; Očenášek, Pavel (referee) ; Rychlý, Marek (advisor)
Tato práce vede čtenáře od vývoje kontextově závislé injekce v Java EE, ukazuje základní přehled o JSR 299, které se vyvinulo do rámce této specifikace a analyzuje referenční implementace Weld. V pozdějších částech je vytvořeno CDI rozšíření, které vytváří cluster-wide scope pomocí Infinispanu jako skladem dat, kterého základní vlastnosti jsou také prozkoumána.
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Tool for SQL Injection Vulnerability Detection
Kutypa, Matouš ; Samek, Jan (referee) ; Barabas, Maroš (advisor)
The Bachelor thesis is focused on the issue of SQL injection vulnerabilities. The thesis presents commonly used procedures in the attacks against information systems and are also discussed possibilities of defense including the correct ways of input validation. The theoretical part contains the essential foundation of what should the penetration tester know, to be able to examine the inputs of application for SQL injection vulnerability. The thesis also describes analysis, design and implementation of specialized tool for Web application vulnerability detection. The implemented tool was tested and compared with other existing tools. Within the thesis has been also implemented a Web application, which demonstrates many different variants of SQL injection vulnerable inputs.
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Using Infinispan as a Backend for CDI Contexts
Kövári, Adam ; Očenášek, Pavel (referee) ; Rychlý, Marek (advisor)
Tato práce vede čtenáře od vývoje kontextově závislé injekce v Java EE, ukazuje základní přehled o JSR 299, které se vyvinulo do rámce této specifikace a analyzuje referenční implementace Weld. V pozdějších částech je vytvořeno CDI rozšíření, které vytváří cluster-wide scope pomocí Infinispanu jako skladem dat, kterého základní vlastnosti jsou také prozkoumána.
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