什麼是食物添加劑花青素 (E163)?來源,用途和監管

E163, also known as anthocyanins, are natural pigments found in many fruits, vegetables, and flowers. They are flavonoid compounds that are responsible for the red, purple and blue colors seen in various plant tissues.

Identification

INS No. 163(ii); Grape skin extract
INS No. 163(iii); Blackcurrant Extract
INS No. 163(iv); purple maize color
INS No. 163(v); red cabbage color
INS No. 163 (vi); Black Carrot Extract
INS No. 163 (vii); Purple Sweet Potato
INS No. 163 (viii); carrot color
INS No. 163(ix); elderberry color
INS No. 163(x); hibiscus color
INS No. 163(xi); Butterfly Pea Flower Extract

source

Anthocyanins are extracted from plant sources such as berries (blueberries, raspberries, blackberries), grapes, cherries, red cabbage, purple sweet potatoes, and certain flowers. Food additive anthocyanins are obtained by maceration or extraction from strains of vegetables and edible fruits with sulfite water, acidified water, carbon dioxide, methanol or ethanol, followed by concentration and/or purification if necessary.

Blackcurrant extract is obtained from blackcurrant pomace through water extraction. The main coloring principle is four kinds of anthocyanins (anthocyanin 3-rutin, delphinidin 3-rutinoside, anthocyanin 3-glucoside, delphinidin 3-glucoside).

Grape skin extract is available as a red to purple powder or concentrated liquid. It is prepared by water extraction from the grape pomace left over from the grape pressing process.

Pigment additive grape pigment extract is an aqueous solution of anthocyanin grape pigments made from Concord grapes or a dehydrated water-soluble powder prepared from the aqueous solution.

Butterfly pea flower extract is a dark blue liquid extracted from the water of dried butterfly pea flowers and contains anthocyanins as the main coloring component.

use

Anthocyanins are widely used as natural food colorants in the food and beverage industry. They are available in vibrant red, purple and blue shades, making them suitable for coloring a variety of products including:

  • Beverages: Juices, soft drinks, sports drinks and alcoholic beverages.
  • Confectionary: candies, jams, jellies, fruity candies and chewing gum.
  • Dairy products: yogurt, ice cream, flavored milks and dairy desserts.
  • Baked Products: Cakes, pastries, cookies and other baked goods.
  • Snack foods: popsicles, fruit snacks and flavored potato chips.

Coloring properties

Anthocyanins exhibit pH-related color changes, appearing red in acidic environments, purple in neutral pH conditions, and blue in alkaline conditions. This versatility allows for a wide range of applications in different food and beverage formulations.

health benefits

Anthocyanins are known for their antioxidant properties and potential health benefits. They have been studied for their role in promoting cardiovascular health, reducing inflammation, and preventing oxidative stress. Eating foods rich in anthocyanins may contribute to overall health and well-being.

regulatory approval

Anthocyanins are generally considered safe (GRAS) by regulatory agencies such as the U.S. Food and Drug Administration (FDA) and the European Food Safety Authority (EFSA). They are approved for use as food colorants in several countries around the world.

GSFA

Grape skin extract (INS No. 163(ii)) is added to foods and beverages at concentrations up to the Maximum Permissible Level (MPL) adopted by the Codex Alimentarius Commission. The General Standard for Food Additives (GSFA) has adopted grape skin extract MPL for more than 60 food categories.

JECFA

The ADI of grape skin extract is 0-2.5 mg/kg body weight. Due to the lack of toxicological data on black carrot extract, the committee was unable to draw conclusions on the safety of black carrot extract .

USA

Grape pigment extract is exempt from certification and can be safely used for coloring non-beverage foods.

Grape skin extract (enocianina; INS No. 163(ii)) is exempt from certification and is safe for use in non-carbonated and carbonated beverages and alcoholic beverages, beverage bases and alcoholic beverages.

Butterfly pea flower extract (INS No. 163(xi)) is exempt from certification and is safe for use in alcoholic beverages, sports and energy drinks, flavored or carbonated waters, fruit drinks, carbonated soft drinks and root beer, Contents of fruit products in fruit and vegetable juices, nutritional drinks, chewing gum, tea, coated nuts, liquid coffee creamers, ice cream and frozen dairy desserts, hard candies, dairy and non-dairy beverages, yogurt and gummies Good Manufacturing Practices.

European Union

ADI has not yet been established. Specific categories of food and beverages authorized for use under quantum satisfaction are defined in Commission regulations.

natural source

Anthocyanins are derived from natural plant sources, making them ideal for consumers looking for clean label and naturally sourced food ingredients. They are often preferred over synthetic food dyes due to their recognized health benefits and plant origin.

Review

All comments are moderated before being published

HealthyPIG Magazine

View all
小朋友叫唔應?可能唔係無禮貌,而係科學:專注時真係聽唔到你

小朋友叫唔應?可能唔係無禮貌,而係科學:專注時真係聽唔到你

小朋友一睇YouTube、打機、畫畫,突然叫佢,佢完全聽唔到。係咪扮聾?係咪發展遲緩?抑或專注力問題? 研究顯示,大部分情況完全正常,與腦部的「選擇性注意力(Selective Attention)」同「過度專注(Hyperfocus)」有關,不代表有疾病。 什麼是「選擇性注意力」?(Sele...
高血壓|隱形殺手的成因、統計數據與科學研究

高血壓|隱形殺手的成因、統計數據與科學研究

  高血壓|隱形殺手的成因、統計數據與科學研究 快速導讀 高血壓係全球最普遍、但最容易被忽視嘅慢性病之一。 超過一半患者完全無症狀,但長期會破壞血管、增加中風同心臟病風險。 主要成因包括:高鹽、肥胖、缺乏運動、低鉀、飲酒、睡眠窒息症、壓力、吸煙、腎病等。 全球研究顯示:高鹽攝取加上肥胖...
為何肺癌早期大多沒有症狀?科學原理、風險因素與早期發現方法全解析

為何肺癌早期大多沒有症狀?科學原理、風險因素與早期發現方法全解析

肺癌一直是全球最常見、死亡率最高的癌症之一。令人憂心的是,大部分肺癌患者在早期(第一、二期)都沒有明顯症狀,往往直到腫瘤擴散、壓迫周邊結構或影響呼吸功能後才被發現。本文以科學角度深入講解:為何肺癌早期「靜悄悄」、身體不察覺?身體內部究竟發生了甚麼? 亦會加入實際的自我檢查策略與醫學建議。 一...
黑眼圈成因全解析:從生理、生活習慣到醫學對策

黑眼圈成因全解析:從生理、生活習慣到醫學對策

前言:為何黑眼圈總是揮之不去? 「黑眼圈」係現代人嘅常見問題之一。無論係通宵工作、壓力過大、過敏,甚至遺傳因素,都可能令眼底皮膚變黑或出現陰影。雖然多數情況屬於美容問題,但有時亦可能反映身體狀況,例如貧血、睡眠質素差、血液循環不良等 [1]。  一、黑眼圈的主要類型與成因 色素型黑眼圈(Pi...
智慧手錶 vs 專用 O₂Ring 血氧儀:血氧監測能力的科學比較

智慧手錶 vs 專用 O₂Ring 血氧儀:血氧監測能力的科學比較

1. 前言 血氧飽和度(SpO₂)是評估呼吸、循環系統狀態的重要指標。近年來,市面上兩大類可穿戴設備用於血氧監測: 智慧手錶(如 Samsung Watch、Apple Watch) 專用血氧監測設備(如 O₂Ring、指夾式脈搏血氧儀) 兩種設備的設計目的、測量方式、準確性、監測...
血氧飽和度、氧氣下降與「警戒線」的科學探討

血氧飽和度、氧氣下降與「警戒線」的科學探討

1. 前言 血氧飽和度(SpO₂)即血液中氧合血紅蛋白佔總血紅蛋白的百分比,是臨床及居家監測呼吸、循環功能的重要指標。當血氧飽和度下降,可能反映體內氧的供應或運送出現問題(低氧血症、hypoxemia)或更廣泛的組織缺氧(hypoxia)[1][2]。本文旨在探討: 血氧飽和度正常範圍與變...
冰敷(Cold Therapy)真正作用全面解析:止痛、減腫,還是幫助修復?|科學視角 + 實證文獻

冰敷(Cold Therapy)真正作用全面解析:止痛、減腫,還是幫助修復?|科學視角 + 實證文獻

冰敷(Ice Pack / Cold Therapy / Cryotherapy)係好多運動、急性受傷(如扭傷、撞擊、肌肉拉傷)時的第一時間處理方法。但不少人會疑惑: 「冰敷純粹止痛,定係真係會幫助組織修復?」「冰敷幾耐?冰敷幾多日?會唔會影響身體自然修復?」 本文從科學、醫學、運動治療角度,...
長時間保持同一姿勢後關節痛、僵硬、郁唔到:成因、科學解釋與改善方法

長時間保持同一姿勢後關節痛、僵硬、郁唔到:成因、科學解釋與改善方法

前言:為何「坐耐、蹲耐、跪耐」之後會痛? 無論係坐喺電腦前、跪低執嘢、長時間翹腳、側睡又唔郁——好多人體驗過一樣情況: 「一動就痛、一企起身腳軟、膝蓋直唔到、關節卡卡聲,又或者要行幾步先鬆返。」 其實呢種情況係非常普遍,而且通常並非關節已經壞死,而係 和關節生理、滑液循環、血液供應、肌肉張力 ...
魚醒味的科學:成因、風險與處理方法全面解析

魚醒味的科學:成因、風險與處理方法全面解析

「魚醒味」是華人烹飪文化中常見的說法,用以描述魚類在 解凍、切片或加熱後所突然出現的腥味、血水味或脂肪味。此現象並不代表食材變壞,但背後牽涉到蛋白質變化、脂肪氧化與揮發性化合物釋放等多種科學機制。本文將以科學角度剖析魚醒味的成因,並提供實證方法降低這種味道,同時探討其安全性。 🧪 什麼是「魚...