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On-line solid phase extraction using sequential injection analysis
Hadysová, Zuzana ; Chocholouš, Petr (advisor) ; Sklenářová, Hana (referee)
Department: Department of Analytical chemistry Candidate: Bc. Zuzana Hadysová Supervisor: PharmDr. Petr Chocholouš, Ph.D. Title of the diploma thesis: On-line solid phase extraction using sequential injection analysis This diploma thesis is focused on the comparison of three sorbents (Iontosorb OXIN 50, Iontosorb Oxin 100 and TOYOpearl AF-chelate-650M) with the aim to find the most suitable one for analysis of Zn2+ using on-line solid phase extraction based on sequential injection analysis. Zinc sulphate solutions at concentrations of 25 nmol/l, 50 nmol/l, 100 nmol/l, 200 nmol/l, 500 nmol/l, 1000 nmol/l, 1500 nmol/l and 2000 nmol/l were used in this work. During the analysis was used the buffer at pH 6, the elution solution HCl at pH 1 and the reagent 4-(2-Pyridylazo)resorcinol (PAR). The effort was to extract Zn2+ at the lowest possible concentrations. Tested parameters were calibration range and repeatability. The best sorbent in comparison was Iontosorb OXIN 100.
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On-line solid phase extraction using sequential injection analysis
Hadysová, Zuzana ; Chocholouš, Petr (advisor) ; Sklenářová, Hana (referee)
Department: Department of Analytical chemistry Candidate: Bc. Zuzana Hadysová Supervisor: PharmDr. Petr Chocholouš, Ph.D. Title of the diploma thesis: On-line solid phase extraction using sequential injection analysis This diploma thesis is focused on the comparison of three sorbents (Iontosorb OXIN 50, Iontosorb Oxin 100 and TOYOpearl AF-chelate-650M) with the aim to find the most suitable one for analysis of Zn2+ using on-line solid phase extraction based on sequential injection analysis. Zinc sulphate solutions at concentrations of 25 nmol/l, 50 nmol/l, 100 nmol/l, 200 nmol/l, 500 nmol/l, 1000 nmol/l, 1500 nmol/l and 2000 nmol/l were used in this work. During the analysis was used the buffer at pH 6, the elution solution HCl at pH 1 and the reagent 4-(2-Pyridylazo)resorcinol (PAR). The effort was to extract Zn2+ at the lowest possible concentrations. Tested parameters were calibration range and repeatability. The best sorbent in comparison was Iontosorb OXIN 100.
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On-line solid phase extraction using sequential injection analysis
Hadysová, Zuzana ; Chocholouš, Petr (advisor) ; Sklenářová, Hana (referee)
Department: Department of Analytical chemistry Candidate: Bc. Zuzana Hadysová Supervisor: PharmDr. Petr Chocholouš, Ph.D. Title of the diploma thesis: On-line solid phase extraction using sequential injection analysis This diploma thesis is focused on the comparison of three sorbents (Iontosorb OXIN 50, Iontosorb Oxin 100 and TOYOpearl AF-chelate-650M) with the aim to find the most suitable one for analysis of Zn2+ using on-line solid phase extraction based on sequential injection analysis. Zinc sulphate solutions at concentrations of 25 nmol/l, 50 nmol/l, 100 nmol/l, 200 nmol/l, 500 nmol/l, 1000 nmol/l, 1500 nmol/l and 2000 nmol/l were used in this work. During the analysis was used the buffer at pH 6, the elution solution HCl at pH 1 and the reagent 4-(2-Pyridylazo)resorcinol (PAR). The effort was to extract Zn2+ at the lowest possible concentrations. Tested parameters were calibration range and repeatability. The best sorbent in comparison was Iontosorb OXIN 100.
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Quality Control in Haematology laboratory
Hadysová, Zuzana ; Fátorová, Ilona (advisor) ; Sadílek, Petr (referee)
Background: In the theoretical part there was my task to carry out a search of internal and external quality control in hematology laboratory. In the experimental part of the work I focused on the description of quality control of laboratory IV. Internal Hematology Clinic of the University Hospital Hradec Kralove. Main findings: Many prevention and control activities serving to detect any errors and failures and to evaluate quality control system are part of quality control in hematology laboratory. Every laboratory (small or large) has developed principles for quality control which must be followed. Conclusions: Quality control is important part of every laboratory, it helps to identify and eliminate analytical and non-analytical errors in the process of obtaining correct laboratory results. It is necessary to constantly work on the improvement because it increases the confidence of patients, medical staff and also laboratory workers in the accuracy of the results issued by the laboratory. Keywords: internal quality control, external quality control, hematology laboratory
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