1990Journal of Food ScienceRequires access

Red Raspberry Juice and Wine: Effect of Processing and Storage on Anthocyanin Pigment Composition, Color and Appearance

Angelika. Rommel, D. A. Heatherbell, Ronald E. Wrolstad

Open publisher page 114 citations

Abstract

ABSTRACT Red raspberry wine was made from thawed fruit by fermentation of pulp, depectínized juice, and pasteurized depectinized juice. The influences of fining and storage were also investigated. The anthocyanin pigment profiles of the samples were determined by high performance liquid chromatography (HPLC), and additional color indices by spectrophotometry and Hunter colorimetry. Anthocyanin pigments degraded mainly during fermentation, with total losses after storage of at least 50%. Cyanidin‐3‐glucoside was the most unstable anthocyanin, disappearing completely during fermentation; cyanidin‐3‐sopho‐roside (the major anthocyanin) was the most stable pigment. Pasteurized, depectinized wine that had undergone fining, had the most stable color and best appearance after storage.

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ABSTRACT Red raspberry wine was made from thawed fruit by fermentation of pulp, depectínized juice, and pasteurized depectinized juice. The influences of fining and storage were also investigated. The anthocyanin pigment profiles of the samples were determined by high performance liquid chromatography (HPLC), and additional color indices by spectrophotometry and Hunter colorimetry. Anthocyanin pigments degraded mainly during fermentation, with total losses after storage of at least 50%. Cyanidin‐3‐glucoside was the most unstable anthocyanin, disappearing completely during fermentation; cyanidin‐3‐sopho‐roside (the major anthocyanin) was the most stable pigment. Pasteurized, depectinized wine that had undergone fining, had the most stable color and best appearance after storage.

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Available abstract

ABSTRACT Red raspberry wine was made from thawed fruit by fermentation of pulp, depectínized juice, and pasteurized depectinized juice. The influences of fining and storage were also investigated. The anthocyanin pigment profiles of the samples were determined by high performance liquid chromatography (HPLC), and additional color indices by spectrophotometry and Hunter colorimetry. Anthocyanin pigments degraded mainly during fermentation, with total losses after storage of at least 50%. Cyanidin‐3‐glucoside was the most unstable anthocyanin, disappearing completely during fermentation; cyanidin‐3‐sopho‐roside (the major anthocyanin) was the most stable pigment. Pasteurized, depectinized wine that had undergone fining, had the most stable color and best appearance after storage.

Key concepts: Anthocyanin, Wine, Wine color, Pigment, Chemistry, Blowing a raspberry, Food science, Fermentation

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