Using the Method of Mathematical Planning of the Experiment in the Development of an Optimal Technology for Obtaining Dry Extract from the Chological Collection "Triflos"

Nargiza Abdumajidovna Abdurakhmanova; Yokut Saidkarimovna Karieva

Authors

Nargiza Abdumajidovna Abdurakhmanova
Yokut Saidkarimovna Karieva

Keywords:

choleretic collection

Abstract

Research is carried out on the development of technology for the dry extract of the choleretic collection "Triflos" by the method of mathematical planning of the experiment. In this case, the method of a four-factor experimental plan based on a 5×5 Greek-Latin square is used. The use of short-term ultrasonic exposure to intensify the extraction of target groups of biologically active substances is scientifically substantiated. The proposed technology is tested in industrial conditions. The dry extract yield was 21%.

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Using the Method of Mathematical Planning of the Experiment in the Development of an Optimal Technology for Obtaining Dry Extract from the Chological Collection "Triflos". (2022). Global Journal of Medical Research, 22(B2), 15-20. https://medicalresearchjournal.org/index.php/GJMR/article/view/102756

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References

S Minina, E Kaukhova (2009) Fig. 9. Textbook "Chemistry and technology of phytopreparations". Authors: Minina S. A., Kaukhova I. E. GEOTAR-Media Publishing House, 2009. 560.

A Ibragimov, Ya, N Abdurakhmanova (2012) Compilation of choleretic collection based on local plant materials. 25-28.

A Ibragimov, Ya, N Abdurakhmanova, G Mavlonov (2013) Standardization of choleretic collection based on local plant raw materials for the content of phenolcarboxylic acids and flavonoids.

Ros Federation, ; Bobkov, G (2011) A method for obtaining aqueous extracts from plant materials with a high content of extractable active substances / Sargin B.V.

Lobanovai, Yu (2009) Influence of the type of extractant on the composition of extracts from the leaves of aspen // Youth -Barnaul: materials of the X city scientificpractical conference of young scientists: in 2 volumes. 95-96.

V Chueshov, E Gladukh (2014) Technology of drugs for industrial production.

Arpit Gawshinde (2009) Formulation, development and evaluation of paracetamol tablet by moisture activated dry granulation (MADG) process. 12(1), 60-67.

Lukyanchuk (2006) Pressurized Low Polarity Water Extraction of Biologically Active Compounds from Plant Products. 157-178.

A Lukyanchuk (2009) Sangeli // Microwave technologies in the national economy. (8), 61-65.

I Kaukhova (2006) Peculiarities of extraction of biologically active substances by a two-phase system of extractants in the complex processing of medicinal plant raw materials / I. 42.

(2006) Recent advances in extraction of nutraceuticals from plants. (17), 300-312.

S Matasova (null) Indian Elecampane Root Dry Extract.

S Matasova, N Mitina, G Ryzhova, D Zhuganov, K Dychko (1999) Chemistry of plant raw materials.

V Shiretorova (2010) Obtaining extractive substances from the seed shell of Siberian pine in a microwave electromagnetic field.

A Konichev Traditional and modern methods of extraction of biologically active substances from plant materials: prospects, advantages, disadvantages.

A Konichev, P (2011) IKBFU's Vestnik. Series: Natural and Medical Sciences. (3).

V Ponomarev (1976) Chapter Seventeen. 202-216.

Anastasia Leonova, Natalia Leonova, Lyudmila Minchenko, Andrey Suzdaltsev (2012) Electrodeposition of Silicon Fibers from KI-KF-KCl-K2SiF6 Melt and their Electrochemical Performance During Lithiation/Delithiation. 118.

U Jalilov, Kambarovkh, N Fayzullaeva, Bekchanovkh, E Karieva (2019) Optimization of composition and development of technology for capsules of dry extract of Cichorium Intybus l.. 11(4), 619-624.

A Bukeeva (2013) Review of modern methods for isolating bioactive substances from plants. 192-197.

S Emshanova, N Sadchikova, A Zuev (2007) Drug particle shape and size control: A necessary factor for high-quality drug production. 41(1), 40-49.

I Kalinina, R Fatkullin (2016) IMPLEMENTATION OF EFFECTS OF ULTRASONIC CAVITATION INFLUENCE AS A FACTOR OF INTENSIFICATION OF EXTRACTION OF FUNCTIONAL ELEMENTS. 4(1), 64-70.

I Potoroko, I Kalinina, N Naumenko, R Fatkullin, S Shaik, S Sonawane, D Ivanova, Y Kiselova-Kaneva, O Tolstykh, A Paymulina (2017) POSSIBILITIES OF REGULATING ANTIOXIDANT ACTIVITY OF MEDICINAL PLANT EXTRACTS. 17(4), 77-90.