Acidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid
Marine invertebrate-associated microbial communities are interesting examples of complex symbiotic systems and are a potential source of biotechnological products. Results: In this work, pyrosequencing-based assessment from bacterial community structures of sediments, two sponges, and one zoanthid collected in the Mexican Caribbean was performed. The results suggest that the bacterial diversity at the species level is higher in the sediments than in the animal samples. Analysis of bacterial communities' structure showed that about two thirds of the bacterial diversity in all the samples belongs to the phyla Acidobacteria and Proteobacteria. The genus Acidobacterium appears to dominate the bacterial community in all the samples, reaching almost 80% in the sponge Hyrtios. Conclusions: Our evidence suggests that the sympatric location of these benthonic species may lead to common bacterial structure features among their bacterial communities. The results may serve as a first insight to formulate hypotheses that lead to more extensive studies of sessile marine organisms' microbiomes from the Mexican Caribbean.
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Subjects: | Esponjas (Zoología), Aiolochroia, Hyrtios, Zoanthidea, Palythoa, Comunidades microbianas, Sedimentos fluviales, Artfrosur, |
Online Access: | http://www.biolres.com/content/pdf/0717-6287-47-67.pdf |
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KOHA-OAI-ECOSUR:66072024-03-11T15:22:58ZAcidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid O'Connor Sánchez, Aileen 14441 Rivera Domínguez, Adán J. autor/a De los Santos Briones, César autor/a 12483 López Aguiar, Lluvia K. autor/a Peña Ramírez, Yuri Jorge Jesús Doctor autor/a 12328 Prieto Davo, Alejandra autor/a textengMarine invertebrate-associated microbial communities are interesting examples of complex symbiotic systems and are a potential source of biotechnological products. Results: In this work, pyrosequencing-based assessment from bacterial community structures of sediments, two sponges, and one zoanthid collected in the Mexican Caribbean was performed. The results suggest that the bacterial diversity at the species level is higher in the sediments than in the animal samples. Analysis of bacterial communities' structure showed that about two thirds of the bacterial diversity in all the samples belongs to the phyla Acidobacteria and Proteobacteria. The genus Acidobacterium appears to dominate the bacterial community in all the samples, reaching almost 80% in the sponge Hyrtios. Conclusions: Our evidence suggests that the sympatric location of these benthonic species may lead to common bacterial structure features among their bacterial communities. The results may serve as a first insight to formulate hypotheses that lead to more extensive studies of sessile marine organisms' microbiomes from the Mexican Caribbean.Marine invertebrate-associated microbial communities are interesting examples of complex symbiotic systems and are a potential source of biotechnological products. Results: In this work, pyrosequencing-based assessment from bacterial community structures of sediments, two sponges, and one zoanthid collected in the Mexican Caribbean was performed. The results suggest that the bacterial diversity at the species level is higher in the sediments than in the animal samples. Analysis of bacterial communities' structure showed that about two thirds of the bacterial diversity in all the samples belongs to the phyla Acidobacteria and Proteobacteria. The genus Acidobacterium appears to dominate the bacterial community in all the samples, reaching almost 80% in the sponge Hyrtios. Conclusions: Our evidence suggests that the sympatric location of these benthonic species may lead to common bacterial structure features among their bacterial communities. The results may serve as a first insight to formulate hypotheses that lead to more extensive studies of sessile marine organisms' microbiomes from the Mexican Caribbean.Adobe Acrobat profesional 6.0 o superiorEsponjas (Zoología)AiolochroiaHyrtiosZoanthideaPalythoaComunidades microbianasSedimentos fluvialesArtfrosurDisponible en líneaBiological Researchhttp://www.biolres.com/content/pdf/0717-6287-47-67.pdfAcceso en línea sin restricciones |
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Esponjas (Zoología) Aiolochroia Hyrtios Zoanthidea Palythoa Comunidades microbianas Sedimentos fluviales Artfrosur Esponjas (Zoología) Aiolochroia Hyrtios Zoanthidea Palythoa Comunidades microbianas Sedimentos fluviales Artfrosur |
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Esponjas (Zoología) Aiolochroia Hyrtios Zoanthidea Palythoa Comunidades microbianas Sedimentos fluviales Artfrosur Esponjas (Zoología) Aiolochroia Hyrtios Zoanthidea Palythoa Comunidades microbianas Sedimentos fluviales Artfrosur O'Connor Sánchez, Aileen 14441 Rivera Domínguez, Adán J. autor/a De los Santos Briones, César autor/a 12483 López Aguiar, Lluvia K. autor/a Peña Ramírez, Yuri Jorge Jesús Doctor autor/a 12328 Prieto Davo, Alejandra autor/a Acidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid |
description |
Marine invertebrate-associated microbial communities are interesting examples of complex symbiotic systems and are a potential source of biotechnological products. Results: In this work, pyrosequencing-based assessment from bacterial community structures of sediments, two sponges, and one zoanthid collected in the Mexican Caribbean was performed. The results suggest that the bacterial diversity at the species level is higher in the sediments than in the animal samples. Analysis of bacterial communities' structure showed that about two thirds of the bacterial diversity in all the samples belongs to the phyla Acidobacteria and Proteobacteria. The genus Acidobacterium appears to dominate the bacterial community in all the samples, reaching almost 80% in the sponge Hyrtios. Conclusions: Our evidence suggests that the sympatric location of these benthonic species may lead to common bacterial structure features among their bacterial communities. The results may serve as a first insight to formulate hypotheses that lead to more extensive studies of sessile marine organisms' microbiomes from the Mexican Caribbean. |
format |
Texto |
topic_facet |
Esponjas (Zoología) Aiolochroia Hyrtios Zoanthidea Palythoa Comunidades microbianas Sedimentos fluviales Artfrosur |
author |
O'Connor Sánchez, Aileen 14441 Rivera Domínguez, Adán J. autor/a De los Santos Briones, César autor/a 12483 López Aguiar, Lluvia K. autor/a Peña Ramírez, Yuri Jorge Jesús Doctor autor/a 12328 Prieto Davo, Alejandra autor/a |
author_facet |
O'Connor Sánchez, Aileen 14441 Rivera Domínguez, Adán J. autor/a De los Santos Briones, César autor/a 12483 López Aguiar, Lluvia K. autor/a Peña Ramírez, Yuri Jorge Jesús Doctor autor/a 12328 Prieto Davo, Alejandra autor/a |
author_sort |
O'Connor Sánchez, Aileen 14441 |
title |
Acidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid |
title_short |
Acidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid |
title_full |
Acidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid |
title_fullStr |
Acidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid |
title_full_unstemmed |
Acidobacteria appear to dominate the microbiome of two sympatric Caribbean sponges and one zoanthid |
title_sort |
acidobacteria appear to dominate the microbiome of two sympatric caribbean sponges and one zoanthid |
url |
http://www.biolres.com/content/pdf/0717-6287-47-67.pdf |
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