National Repository of Grey Literature 6 records found  Search took 0.01 seconds. 
Difference pulse voltametry for detection of metallothionein
Postránecká, Tereza ; Prášek, Jan (referee) ; Provazník, Ivo (advisor)
Metallothionein (MT) is a protein with a characteristic amino acid composition which thanks to its thiol groups can bind metal ions and be involved in the homeostasis of these ions in organism. The protein has its significance in carcinogenesis, could be a suitable marker for certain types of tumors. MT has many specific functions in organisms. It can be studied using several techniques. In common use electroanalysis is used as method for determining the concentration of MT. More specifically, this work is focused on differential pulse voltammetry using Brdička reaction.
Electrochemical and mathematical study of interactions of selenite with biologically active thiols
Slavík, Jan ; Hynek, David (referee) ; Adam, Vojtěch (advisor)
Proteins with thiol groups interact with metal ions in the human body. They maintain their homeostasis, participate in cell signaling, protect the cell against the effects of toxic metals and detoxify them. This work is focused on proteins with thiol groups glutathione and metallothionein and their effects on selenium. The method of study is electrochemical.
Difference pulse voltametry for detection of metallothionein
Postránecká, Tereza ; Prášek, Jan (referee) ; Provazník, Ivo (advisor)
Metallothionein (MT) is a protein with a characteristic amino acid composition which thanks to its thiol groups can bind metal ions and be involved in the homeostasis of these ions in organism. The protein has its significance in carcinogenesis, could be a suitable marker for certain types of tumors. MT has many specific functions in organisms. It can be studied using several techniques. In common use electroanalysis is used as method for determining the concentration of MT. More specifically, this work is focused on differential pulse voltammetry using Brdička reaction.
Electrochemical and mathematical study of interactions of selenite with biologically active thiols
Slavík, Jan ; Hynek, David (referee) ; Adam, Vojtěch (advisor)
Proteins with thiol groups interact with metal ions in the human body. They maintain their homeostasis, participate in cell signaling, protect the cell against the effects of toxic metals and detoxify them. This work is focused on proteins with thiol groups glutathione and metallothionein and their effects on selenium. The method of study is electrochemical.

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