SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY

The "white sand mussels" are edible bivalves inhabiting the littoral shores usually buried in the sand. Тhey are invasive species for the Bulgarian waters of the Black Sea. The samples for this study were collected from different points on the northern and southern Black Sea Bulgarian coas...

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Autores principales:	Borislava K. Pavlova, Sevginar F. Ibryamova, Dаrina Bachvarova, Dimitar D. Doichev, Elitza Tz. Stanachkova, Seniha Salim, Nikolay D. Natchev, Tsveteslava V. Ignatova-Ivanova
Formato:	article
Lenguaje:	EN
Publicado:	Peytchinski Publishing 2021
Materias:	mya arenaria chamelea gallina donax trunculus black sea microbial identification pathogenic Dentistry RK1-715 Medicine (General) R5-920
Acceso en línea:	https://doaj.org/article/d9af150e04f443659e75089bf2732742
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spelling	oai:doaj.org-article:d9af150e04f443659e75089bf27327422021-11-13T05:48:15ZSPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY10.5272/jimab.2021274.40771312-773Xhttps://doaj.org/article/d9af150e04f443659e75089bf27327422021-11-01T00:00:00Zhttps://www.journal-imab-bg.org/issues-2021/issue4/2021vol27-issue4-4077-4083.pdfhttps://doaj.org/toc/1312-773XThe "white sand mussels" are edible bivalves inhabiting the littoral shores usually buried in the sand. Тhey are invasive species for the Bulgarian waters of the Black Sea. The samples for this study were collected from different points on the northern and southern Black Sea Bulgarian coast in the period January 2020 to December 2020. The study of different types of microorganisms was performed by using the microbial identification system model: MicroLog M® BIO45101 BiologInc and the software product GEN III. The physic-chemical parameters of the waters – temperature, pH, salinity and dissolved O2 were also determined. In the different species, we had detected specific microbiological complexes. The species Pseudomonas viridilivida and Citrobacter farmer were isolated only from Donax trunculus. The species Escherichia hermannii was found only in Mya arenaria, and Acinetobacter johnsonii was detected only in Chamelea gallina. The isolated species Acinetobacter gyllenbergii and Acinetobacter johnsonii are related to humans and are indicators for pollution of the water with channel waste waters. Our results demonstrated an increase ofhe quantity of the coliforms the region of Sveti Vlas from August, where they were 50 the norms. In the region of Arkutino in July and Ahtopol in August, the quantity of the fecal coliforms is 190 and 30 times the norms prescribed in the Ordinanceo. 4 from 20.10.2000 for the quality of fisheries water and the breeding of shellfish (the amount of fecal coliforms in the inter-shell content should be less than 300 NVB). We noticed also seriousollution of the Varna lake even months after an accident with a leaky pipe.Borislava K. PavlovaSevginar F. IbryamovaDаrina BachvarovaDimitar D. DoichevElitza Tz. StanachkovaSeniha SalimNikolay D. NatchevTsveteslava V. Ignatova-IvanovaPeytchinski Publishingarticlemya arenariachamelea gallinadonax trunculusblack seamicrobial identificationpathogenicDentistryRK1-715Medicine (General)R5-920ENJournal of IMAB, Vol 27, Iss 4, Pp 4077-4083 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	mya arenaria chamelea gallina donax trunculus black sea microbial identification pathogenic Dentistry RK1-715 Medicine (General) R5-920
spellingShingle	mya arenaria chamelea gallina donax trunculus black sea microbial identification pathogenic Dentistry RK1-715 Medicine (General) R5-920 Borislava K. Pavlova Sevginar F. Ibryamova Dаrina Bachvarova Dimitar D. Doichev Elitza Tz. Stanachkova Seniha Salim Nikolay D. Natchev Tsveteslava V. Ignatova-Ivanova SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY
description	The "white sand mussels" are edible bivalves inhabiting the littoral shores usually buried in the sand. Тhey are invasive species for the Bulgarian waters of the Black Sea. The samples for this study were collected from different points on the northern and southern Black Sea Bulgarian coast in the period January 2020 to December 2020. The study of different types of microorganisms was performed by using the microbial identification system model: MicroLog M® BIO45101 BiologInc and the software product GEN III. The physic-chemical parameters of the waters – temperature, pH, salinity and dissolved O2 were also determined. In the different species, we had detected specific microbiological complexes. The species Pseudomonas viridilivida and Citrobacter farmer were isolated only from Donax trunculus. The species Escherichia hermannii was found only in Mya arenaria, and Acinetobacter johnsonii was detected only in Chamelea gallina. The isolated species Acinetobacter gyllenbergii and Acinetobacter johnsonii are related to humans and are indicators for pollution of the water with channel waste waters. Our results demonstrated an increase ofhe quantity of the coliforms the region of Sveti Vlas from August, where they were 50 the norms. In the region of Arkutino in July and Ahtopol in August, the quantity of the fecal coliforms is 190 and 30 times the norms prescribed in the Ordinanceo. 4 from 20.10.2000 for the quality of fisheries water and the breeding of shellfish (the amount of fecal coliforms in the inter-shell content should be less than 300 NVB). We noticed also seriousollution of the Varna lake even months after an accident with a leaky pipe.
format	article
author	Borislava K. Pavlova Sevginar F. Ibryamova Dаrina Bachvarova Dimitar D. Doichev Elitza Tz. Stanachkova Seniha Salim Nikolay D. Natchev Tsveteslava V. Ignatova-Ivanova
author_facet	Borislava K. Pavlova Sevginar F. Ibryamova Dаrina Bachvarova Dimitar D. Doichev Elitza Tz. Stanachkova Seniha Salim Nikolay D. Natchev Tsveteslava V. Ignatova-Ivanova
author_sort	Borislava K. Pavlova
title	SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY
title_short	SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY
title_full	SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY
title_fullStr	SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY
title_full_unstemmed	SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY
title_sort	specific microbiology spectrum of white sand mussels from key sample spots from bulgarian black sea aquatory
publisher	Peytchinski Publishing
publishDate	2021
url	https://doaj.org/article/d9af150e04f443659e75089bf2732742
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SPECIFIC MICROBIOLOGY SPECTRUM OF WHITE SAND MUSSELS FROM KEY SAMPLE SPOTS FROM BULGARIAN BLACK SEA AQUATORY

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