COMPARATIVE ANALYSIS OF PRODUCER STRAINS AND INNOVATIVE PRODUCTS AS THE MAIN ELEMENTS OF THE BIOTECHNOLOGY OF CHLORELLA RESINOID

Mitishev Alexandr Vladimirovich, Student, Penza State University (40 Krasnaya street, Penza, Russia), span2361@rambler.ru
Presnyakova Elena Viktorovna, Сandidate of biological sciences, аssociate professor, sub-department of medical information systems and technologies, Penza State University (40 Krasnaya street, Penza, Russia), spl7@mail.ru
Semenova Elena Fedorovna, Candidate of biological sciences, professor, senior staff scientist, sub-department of general and clinical pharmacology, Penza State University (40 Krasnaya street, Penza, Russia), sef1957@mail.ru
Gurina Marina Anatoljevna, Student, Penza State University (40 Krasnaya street, Penza, Russia), besyakina.marina@yandex.ru

574:582.251.62:615.322:633.8

Background. The main aim of the research is to investigate Chlorellа vulgaris strains, which are perspective for biomass accumulation, and to analyze an innovative fragrant product in comparison with functional standards.
Materials and methods. The suspension cultures of Chlorellа vulgaris strains IPP S-66, IPP S-111 and BIN were studied. The biomasses of these 3 strains were studied in dynamics. The methods common for the analysis of suspension microalgal cultures and fragrant products were used.
Results. The study of Chlorellа vulgaris cultures IPP S-66, IPP S-111 and BIN enables to select the most productive strain. The comparative characteristics of resinoids of different origins show that they are almost similar in accordance with all regulatory parameters, mentioned in OST 18-229-75, CАS Nо. 9000-50-4; 68606-93-9.
Conclusions. It was revealed that the Chlorellа vulgaris strain BIN has the highest biosynthetical activity as in the process of its cultivation in laboratory conditions it accumulates the biomass 2–4 times quicker than strains IPP S-66, IPP S-111. The complex analysis of fragrant products is the evidence of the possibility of the oakmoss resinoid replacement by the chlorella resinoid in all current directions of its application.

oakmoss resinoid, fragrant product, Chlоrellа vulgаris strains, suspension algal culture, HPLC-analysis, spectrophotometric method.

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