Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)

Mamey (<i>Mammea americana</i> L.) is a tropical fleshy fruit native from the West Indies and northern South America. It is very appreciated for its flavor and color but has been little described. The present study investigates the composition and histochemistry of the pulp cell walls of...

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Main Authors: Déborah Palmont, Estelle Bonnin, Emilie J. Smith Ravin, Marc Lahaye, Odile Marcelin
Format: Article
Language:English
Published: MDPI AG 2024-04-01
Series:Molecules
Subjects:
Online Access:https://www.mdpi.com/1420-3049/29/7/1596
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author Déborah Palmont
Estelle Bonnin
Emilie J. Smith Ravin
Marc Lahaye
Odile Marcelin
author_facet Déborah Palmont
Estelle Bonnin
Emilie J. Smith Ravin
Marc Lahaye
Odile Marcelin
author_sort Déborah Palmont
collection DOAJ
description Mamey (<i>Mammea americana</i> L.) is a tropical fleshy fruit native from the West Indies and northern South America. It is very appreciated for its flavor and color but has been little described. The present study investigates the composition and histochemistry of the pulp cell walls of three mamey accessions readily available in Martinique. The impact of pulp processing into puree on cell wall composition is evaluated. The histology and rheology of mamey puree are assessed considering these characterizations. Mamey pulp cell wall composition is dominated by highly methyl-esterified pectins (DM: 66.2–76.7%) of high molecular weight, and show few hemicelluloses, mainly xyloglucans. Processing reduced methyl-esterified uronic acid contents and gave purees with significantly different viscosities. Mamey puree was composed of polydisperse particles (20–2343 µm), which size distributions were different depending on the accession: Ti Jacques was dominated by smaller particles (50% had approximated diameters lower than 160 µm), Sonson’s by larger particles (50% had approximated diameters higher than 900 µm), and Galion’s had an intermediate profile. This new knowledge on mamey pulp is valuable for future works on mamey processing into new food products, even more so for those including cell wall polysaccharide-degrading enzymes.
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spelling doaj.art-636ef130c7ef4ca39277404619db16fa2024-04-12T13:23:31ZengMDPI AGMolecules1420-30492024-04-01297159610.3390/molecules29071596Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)Déborah Palmont0Estelle Bonnin1Emilie J. Smith Ravin2Marc Lahaye3Odile Marcelin4Groupe de Recherche BIOSPHERES, Université des Antilles, BP 7209, 97275 Schœlcher, FranceINRAE (Institut National de Recherche Pour l’Agriculture, l’Alimentation et l’Environnement), UR BIA Biopolymères Interactions Assemblages, 44316 Nantes Cedex, FranceGroupe de Recherche BIOSPHERES, Université des Antilles, BP 7209, 97275 Schœlcher, FranceINRAE (Institut National de Recherche Pour l’Agriculture, l’Alimentation et l’Environnement), UR BIA Biopolymères Interactions Assemblages, 44316 Nantes Cedex, FranceGroupe de Recherche BIOSPHERES, Université des Antilles, BP 7209, 97275 Schœlcher, FranceMamey (<i>Mammea americana</i> L.) is a tropical fleshy fruit native from the West Indies and northern South America. It is very appreciated for its flavor and color but has been little described. The present study investigates the composition and histochemistry of the pulp cell walls of three mamey accessions readily available in Martinique. The impact of pulp processing into puree on cell wall composition is evaluated. The histology and rheology of mamey puree are assessed considering these characterizations. Mamey pulp cell wall composition is dominated by highly methyl-esterified pectins (DM: 66.2–76.7%) of high molecular weight, and show few hemicelluloses, mainly xyloglucans. Processing reduced methyl-esterified uronic acid contents and gave purees with significantly different viscosities. Mamey puree was composed of polydisperse particles (20–2343 µm), which size distributions were different depending on the accession: Ti Jacques was dominated by smaller particles (50% had approximated diameters lower than 160 µm), Sonson’s by larger particles (50% had approximated diameters higher than 900 µm), and Galion’s had an intermediate profile. This new knowledge on mamey pulp is valuable for future works on mamey processing into new food products, even more so for those including cell wall polysaccharide-degrading enzymes.https://www.mdpi.com/1420-3049/29/7/1596<i>Mammea americana</i> L.mamey pulpcell wallpectinimmunolabeling
spellingShingle Déborah Palmont
Estelle Bonnin
Emilie J. Smith Ravin
Marc Lahaye
Odile Marcelin
Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)
Molecules
<i>Mammea americana</i> L.
mamey pulp
cell wall
pectin
immunolabeling
title Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)
title_full Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)
title_fullStr Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)
title_full_unstemmed Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)
title_short Characterization of Crude and Processed Pulp Cell Walls of Three Selected Mamey Accessions (<i>Mammea americana</i> L.)
title_sort characterization of crude and processed pulp cell walls of three selected mamey accessions i mammea americana i l
topic <i>Mammea americana</i> L.
mamey pulp
cell wall
pectin
immunolabeling
url https://www.mdpi.com/1420-3049/29/7/1596
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