"8" . "326501300013" . . "43510" . "Sochor, Ji\u0159\u00ED" . "15"^^ . "Estimation of Thiol Compounds Cysteine and Homocysteine in Sources of Protein by Means of Electrochemical Techniques"@en . "Thiols are compounds that contain one sulphanyl group (-SH) in their molecule. Due to this fact, many thiols play very specific and indispensable roles on which a given organism is very dependent. Regarding the redox properties of thiol groups practically all mercaptans can be detected very easily by means of electrochemical methods due to the fact that the oxidation of SH group provides great amount of electrons for the electrode reaction. Electrochemical techniques suitable for the detection of these compounds are still in progress. They can be used partly in stationary systems (where above all the methods of differential pulse polarography, voltamperometric techniques or catalytic signals are used) and partly in dynamic, flow-through and/or electromigration systems (where above all the methods of voltammetry, amperometry or coulometry are used). Development of miniaturized methods and their implementation into analytical system is a current aim. This study presents a survey of the most often used techniques and methods (as well of their modifications) used for the assessment of thiol compounds cysteine and homocysteine." . "Estimation of Thiol Compounds Cysteine and Homocysteine in Sources of Protein by Means of Electrochemical Techniques" . . "73304" . . "[A5830D3BFA5E]" . "2"^^ . . "P(EE2.3.30.0017)" . . . "1452-3981" . . "Estimation of Thiol Compounds Cysteine and Homocysteine in Sources of Protein by Means of Electrochemical Techniques"@en . . "2"^^ . . "RS - Srbsk\u00E1 republika" . "9" . . "Baro\u0148, Mojm\u00EDr" . . . "voltammetric and amperometric techniques; electrochemical detection; HPLC with electrochemical detection; thiol compounds"@en . . . "Estimation of Thiol Compounds Cysteine and Homocysteine in Sources of Protein by Means of Electrochemical Techniques" . . "Thiols are compounds that contain one sulphanyl group (-SH) in their molecule. Due to this fact, many thiols play very specific and indispensable roles on which a given organism is very dependent. Regarding the redox properties of thiol groups practically all mercaptans can be detected very easily by means of electrochemical methods due to the fact that the oxidation of SH group provides great amount of electrons for the electrode reaction. Electrochemical techniques suitable for the detection of these compounds are still in progress. They can be used partly in stationary systems (where above all the methods of differential pulse polarography, voltamperometric techniques or catalytic signals are used) and partly in dynamic, flow-through and/or electromigration systems (where above all the methods of voltammetry, amperometry or coulometry are used). Development of miniaturized methods and their implementation into analytical system is a current aim. This study presents a survey of the most often used techniques and methods (as well of their modifications) used for the assessment of thiol compounds cysteine and homocysteine."@en . . "International Journal of Electrochemical Science" . . . "RIV/62156489:43510/13:00212690" . "RIV/62156489:43510/13:00212690!RIV14-MSM-43510___" .