Determination of the optimal parameters and ionization products of riboxinum

Journal Title: ScienceRise: Pharmaceutical Science - Year 2017, Vol 0, Issue 5

Abstract

<p>Currently, mass spectrometry is one of the most widely used rapid methods of analysis; it is used to determine the structure of both individual synthetic and natural organic compounds and their mixtures. One of the ways to determine the structure of the compound studied by this method is the automatic comparison of the spectrum registered with the bank of spectra from the computer database.</p><p><strong>Aim.</strong> The aim of our work is to determine the optimal parameters of ionization and study the riboxinum fragmentation in ionization with the subsequent replenishment of the library spectra of the device.<strong></strong></p><p><strong>Methods. </strong>Mass spectrometry was applied using various systems to create both the parent and product ions with the subsequent use of the resulting data to improve selectivity and sensitivity of the method.<strong></strong></p><p><strong>Results. </strong>As a result of the research conducted the scheme of the riboxinum fragmentation in ionization on a mass spectrometer with a triple quadrupole has been studied. The optimal parameters of the riboxinum ionization have been determined. They are as follows: the ionization mode – positive; a drying gas – 15 L/min; a curtain gas – 8 L/min; the ionization voltage – 5000.0 kV; the temperature of a drying gas – 300.0 °С; the declustering potential – 40.0 V; the focusing potential – 200.0 V; the input potential at Q0 – 10.0 V; the collision energy (Q2) – 20.0 V; the output potential from the collision chamber (Q2) – 25.0 V.<strong></strong></p><p><strong>Conclusions</strong><strong>. </strong>The results obtained are the basis for developing the method for the quantitative determination of riboxinum in biological samples by high-performance liquid chromatography with mass spectrometry-based detection<strong></strong></p>

Authors and Affiliations

Mykola Rosada, Nataliia Bevz, Victoria Georgiyants

Keywords

Related Articles

Оцінка однорідності гелю з екстрактів листя айви й шроту винограду на основі поліметилсилоксану з метою оптимізації та удосконалення технології

<p><strong>Мета. </strong>Оптимізування технології отримання гелю з екстрактами листя айви й шроту винограду на основі поліметилсилоксану для отримання якісного лікарського препарату з оптимальним терміном зберігання.</p...

Methodological approaches to the search of new herbal anticonvulsants

<p><strong> </strong></p><p><strong>Aim. </strong>Development of the most appropriate algorithm for the search and selection of herbs showing anticonvulsant properties, as well as to interpret the level of anticonvulsant...

Substantiation for the optimal strategy of risk management in marketing communicative activities of pharmaceutical enterprises based on mathematical model approach

Aim. To develop a mathematical model of risk analysis and evaluation in the marketing communication activity of pharmaceutical manufacturing enterprises in promoting a new medicine product under limiting and (or) saving...

The analysis of Ukrainian pharmaceutical market in the aspect of solid oral drugs with postponed action

Aim. Detection of the quantitative representation in different ATC classification codes of registered in Ukraine drugs with postponed action. Methods. System analysis, marketing research, documental analysis. Results....

Standardization parameters of modified extracts from leonurus cardiaca herb

<p>To date, in Ukraine there are 8 combined herbal medicines of Leonurus cardiaca registered in Ukraine, 10 national enterprises produce tincture of it and 3 national manufactures pack it herb. Tincture of Leonurus cardi...

Download PDF file
  • EP ID EP647889
  • DOI 10.15587/2519-4852.2017.113512
  • Views 147
  • Downloads 0

How To Cite

Mykola Rosada, Nataliia Bevz, Victoria Georgiyants (2017). Determination of the optimal parameters and ionization products of riboxinum. ScienceRise: Pharmaceutical Science, 0(5), 36-39. https://europub.co.uk/articles/-A-647889