User interface for analysis of experimental data

Yankov, Kaloyan; Ilieva, Daniela

doi:10.15547/tjs.2015.s.01.072

Cited by 11 publications

(5 citation statements)

References 1 publication

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“…The specifics of the experiment determined the dependent variable to participate with accurately measured value, and the independent to be characterized by statistical dispersion [10]. It was established a normal distribution of the data for the four types of fat with the test of Shapiro-Wilk.…”

Section: Results and Discusionmentioning

confidence: 99%

Impedance method of measuring of the titratable acidity of yogurt

Vasilev¹,

Nikolov²

2016

ARTTE

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Section: Results and Discusionmentioning

confidence: 99%

Impedance method of measuring of the titratable acidity of yogurt

Vasilev¹,

Nikolov²

2016

ARTTE

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“…These two parameters reflect the concentration of the drug at the initial time. The difference can be explained by the operational differences of the laboratory assistants, as well as by slight deviations in the timing of sampling [9]. A statistically significant difference is established only for the power of the processes.…”

Section: Discussionmentioning

confidence: 99%

A comparative analysis of tilmicosin production varieties applied to pigs

Yankov¹,

Kazakova²

2017

ARTTE

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In the present work, a comparative analysis of two production forms of the antibiotic tilmicosin was performed after intravenous administration. The experiment was conducted on two groups of pigs, each of 10 animals, and the pharmacokinetic curves were received. A mathematical model of the curves is identified and on its basis, the dynamic parameters of the processes are calculated. A statistically significant difference (p-level <0.05) was found in only two parameters-initial value concentration and time-correction parameter. A statistically significant difference only of one dynamic parameter is found-the power of the pharmacokinetic curve. The final conclusion is that the two forms of tilmicosin have the same effect on the experimental animals.

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“…The data processing and analysis was carried out with specialized software from the KORELIA family. The User-Oriented Interface [12] and the Exploration Process Recognition module [8,11] facilitate data entry and support the choice of a mathematical model. The identified equations [7] can be analyzed and compared by a number of parameters [9] and thus find the most appropriate for the particular set [10].…”

Section: Software Usedmentioning

confidence: 99%

Comparison of Mathematical Models for the Use of Enrofloxacin in Dogs

Vasilev¹,

Shivacheva²

2019

ARTTE

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This article analyzes the process of changing the concentration of enrofloxacin in blood plasma in dogs after a single intravenous injection of the substance. Three mathematical models are proposed - algebraic and two models, based on a differential equation of first and second order. Identification of their parameters has been performed. Based on Akaike information criterion corrected as the best model was chosen the represented by a second-order differential equation. Three equations are identified and the exact numerical values of their parameters are obtained. For the evaluation and comparison of the three models, Akaike information criterion was used. The best results showed the second-order differential model. It will be used in future developments.

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User interface for analysis of experimental data

Cited by 11 publications

References 1 publication

Impedance method of measuring of the titratable acidity of yogurt

Impedance method of measuring of the titratable acidity of yogurt

A comparative analysis of tilmicosin production varieties applied to pigs

Comparison of Mathematical Models for the Use of Enrofloxacin in Dogs

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