[Latest] Quick Reference to 168 New Food Ingredients: A “Compliance Arsenal” for Developing Health‑Focused Beverages

Release Date:

2026-03-31 10:24

According to the latest announcement from the National Health Commission, from 2008 to the end of 2025, China has cumulatively approved Over 100 new food ingredients . That Some names you may not yet be familiar with are at the cutting edge of today’s innovation in the greater health beverage sector.

Among them, as many as new additions were made in 2025 alone. More than 20 types Novel food ingredients. These ingredients are becoming the “key ammunition” for beverage companies to counteract homogeneous competition and meet consumers’ health‑conscious demands.


 

 01  Approval Trends: Plant Polyphenols and Microbial Protein Emerge as Key Areas of Innovation

In recent years, the approval process for novel food ingredients has shown a clear trend toward functional and precision‑oriented approaches. The share of ingredients—such as plant polyphenols, microbial proteins, and probiotics—that are directly linked to health benefits has increased significantly.

Taking the raw materials approved in 2025 as an example, they include: Stevia polyphenols 、 Maqui berry anthocyanins and plant-derived active ingredients, as well as Venezuelan Fusarium protein and other novel protein sources. The approval of these ingredients directly reflects the policy orientation of the “Grand Food Security” concept.

 

Venezuelan Fusarium protein

Taking Shanghai’s newly released action plan as an example, it explicitly stipulates that… Functional proteins, carbohydrates, lipids and also Functional bioactive substances As a key focus in the development of novel food ingredients. Through Synthetic Biology and Artificial Intelligence With the deep integration of these technologies, the efficiency and precision of developing novel food ingredients will be significantly enhanced.

 

02 Hot Ingredients: Four Major Categories of Components Driving Innovation in the Greater Health Beverage Sector

Among the many approved ingredients, the following categories are particularly valuable and well-suited for beverage development.

Plant Polyphenols and Functional Pigments This is one of the most heavily approved categories in recent years. , suitable for developing herbal teas or flavored waters with antioxidant properties.

Rye pollen Blueberry anthocyanins, maqui berry anthocyanins, and others can both impart natural coloration and offer clear potential for functional claims.

Probiotics and Microbial Raw Materials : As consumers’ attention to gut health continues to grow, this category is steadily expanding. Recently approved strains include… Bifidobacterium animalis subsp. lactis BLa80 、 Bifidobacterium longum subsp. infantis LMG 11588 Moreover, it offers a new option for developing room-temperature live‑culture beverages or fermented drinks.

Functional Sugars and Sweeteners : The representative ingredient is D-Allose It was approved in 2025, with a sweetness approximately 70% that of sucrose, yet very low in calories and capable of helping to suppress postprandial blood glucose spikes, making it an advanced alternative‑sweetener option.

New proteins and lipids For example Venezuelan Fusarium protein and Schizochytrium oil The former is a fungal protein, while the latter is rich in omega‑3 (EPA), providing high‑quality raw materials for developing plant‑based, high‑protein beverages or functional dairy products.

 

03 Quick Reference for Raw Materials: Follow the Blueprint to Precisely Identify What You Need for R&D

Faced with hundreds of novel food ingredients, researchers need an efficient quick‑reference method. The most authoritative source of information remains the official announcements issued by the National Health Commission and its subordinate National Center for Food Safety Risk Assessment.

All approved “Three‑New Foods” in the catalog, along with their applicable food safety standards, have been systematically compiled. Below is a quick‑reference guide to 168 novel food ingredients.

Serial number
Year
Announcement Number
Product Name (Remarks)
1
2008
Announcement No. 12
Lactobacillus acidophilus
2
2008
Announcement No. 12
Xylooligosaccharide
3
2008
Announcement No. 12
Sodium hyaluronate
4
2008
Announcement No. 12
Lutein ester
5
2008
Announcement No. 12
L-Arabinose
6
2008
Announcement No. 12
Short-stemmed Acanthopanax
7
2008
Announcement No. 12
Curaçao Aloe Vera Gel
8
2008
Announcement No. 20
Galactooligosaccharide
9
2008
Announcement No. 20
Lactobacillus paracasei (strains GM080 and GMNL-33)
10
2008
Announcement No. 20
Lactobacillus acidophilus (strain number R0052)
11
2008
Announcement No. 20
Lactobacillus rhamnosus (strain number R0011)
12
2008
Announcement No. 20
Hydrolyzed Egg Yolk Powder
13
2008
Announcement No. 20
Isomaltitol
14
2008
Announcement No. 20
Lactobacillus plantarum (strain number 299v)
15
2008
Announcement No. 20
Lactobacillus plantarum (strain number CGMCC NO.1258)
16
2008
Announcement No. 20
Phytostanol ester
17
2008
Announcement No. 20
Pearl peptide powder
18
2009
Announcement No. 3
Cat's Claw Grass
19
2009
Announcement No. 5
Inulin
20
2009
Announcement No. 5
Fructan
21
2009
Announcement No. 12
Gamma-aminobutyric acid
22
2009
Announcement No. 12
Colostrum alkaline protein
23
2009
Announcement No. 12
Conjugated linoleic acid
24
2009
Announcement No. 12
Conjugated linoleic acid glyceride
25
2009
Announcement No. 12
Lactobacillus plantarum (strain SF-III)
26
2009
Announcement No. 12
Eucommia seed oil
27
2009
Announcement No. 18
Tea seed oil
28
2009
Announcement No. 18
Dunaliella salina and its extracts
29
2009
Announcement No. 18
Fish oil and extracts
30
2009
Announcement No. 18
Dilinoleyl glycerol
31
2009
Announcement No. 18
Earthworm protein
32
2009
Announcement No. 18
Milk mineral salts
33
2010
Announcement No. 3
Milk alkaline protein
34
2010
Announcement No. 3
Camellia seed oil
35
2010
Announcement No. 3
Cottonseed oligosaccharides
36
2010
Announcement No. 3
Phytosterol
37
2010
Announcement No. 3
Phytosterol ester
38
2010
Announcement No. 3
Arachidonic acid oil
39
2010
Announcement No. 3
White mustard greens
40
2010
Announcement No. 9
Rice oil
41
2010
Announcement No. 9
Golden Camellia
42
2010
Announcement No. 9
Small Black Herb
43
2010
Announcement No. 9
Noni fruit pulp
44
2010
Announcement No. 9
Yeast β-glucan
45
2010
Announcement No. 9
Snow lotus culture
46
2010
Announcement No. 15
Sucrose polyester
47
2010
Announcement No. 15
Corn oligopeptide powder
48
2010
Announcement No. 17
Phosphatidylserine
49
2010
Announcement No. 17
Dunaliella salina
50
2010
Announcement No. 17
Epigallocatechin gallate
51
2011
Announcement No. 1
Wingnut Oil
52
2011
Announcement No. 1
Calcium γ-hydroxy-β-methylbutyrate
53
2011
Announcement No. 9
Chinese Maple Seed Oil
54
2011
Announcement No. 9
Peony seed oil
55
2011
Announcement No. 13
Maca powder
56
2012
Notice No. 2
Frog meat polysaccharide
57
2012
Announcement No. 16
Medium- and Long-Chain Fatty Acid Edible Oil
58
2012
Announcement No. 16
Wheat oligopeptides
59
2012
Announcement No. 17
Ginseng (cultivated)
60
2012
Announcement No. 19
Chlorella pyrenoidosa
61
2012
Announcement No. 19
Lindera leaf
62
2012
Announcement No. 19
Moringa leaves
63
2013
Announcement No. 1
Tea tree flower
64
2013
Announcement No. 1
Salsola kali seed oil
65
2013
Announcement No. 1
Maiteng Fruit Oil
66
2013
Announcement No. 1
Sumac fruit oil
67
2013
Announcement No. 1
Cordyceps fruiting body from Guangdong
68
2013
Announcement No. 1
Açaí berry
69
2013
Announcement No. 1
Fermented mycelium of the leaf‑shaped layer fungus on Ribes species
70
2013
Notice No. 10
Euglena
71
2013
Notice No. 10
Sodium fructose-1,6-bisphosphate trihydrate
72
2013
Notice No. 10
Danfeng Peony Flower
73
2013
Notice No. 10
Narrow-basal-lined Rabdosia
74
2013
Notice No. 10
Long-stemmed walnut oil
75
2013
Notice No. 10
Chinese tallow tree fruit oil
76
2013
Notice No. 10
Cyclocarya paliurus leaves
77
2013
Notice No. 10
Mannose oligosaccharide
78
2013
Announcement No. 16
Gynostemma pentaphyllum leaves
79
2013
Announcement No. 16
Krill oil
80
2013
Announcement No. 16
Metschnikowia pulcherrima
81
2014
Announcement No. 6
Chitosan oligosaccharide
82
2014
Announcement No. 6
Milk Thistle Seed Oil
83
2014
Announcement No. 6
Willow-leaf Wax Plum
84
2014
Announcement No. 6
Eucommia male flower
85
2014
Announcement No. 6
Lactococcus lactis
86
2014
Announcement No. 6
Pichia pastoris
87
2014
Notice No. 10
Tagatose
88
2014
Notice No. 10
Chia seeds
89
2014
Notice No. 10
Plantago ovata husk
90
2014
Announcement No. 12
Threadleaf Broom
91
2014
Announcement No. 15
Tea theanine
92
2014
Announcement No. 20
Grape seed oil
93
2014
Announcement No. 20
Loquat leaf
94
2014
Announcement No. 20
Arabian galactan
95
2014
Announcement No. 20
Hubei crabapple (tea crabapple) leaves
96
2014
Announcement No. 20
Bamboo leaf flavonoids
97
2014
Announcement No. 20
Oat β-glucan
98
2014
Announcement No. 20
Lactobacillus sakei
99
2014
Announcement No. 20
Propionibacterium propionicum
100
2017
Announcement No. 7
Shea butter
101
2017
Announcement No. 7
(3R,3'R)-Dihydroxy-β-carotene
102
2017
Announcement No. 7
Bao Le Fruit Powder
103
2017
Announcement No. 7
N-Acetylneuraminic acid
104
2017
Announcement No. 7
cis-15-Tetracosenoic acid
105
2017
Announcement No. 7
Aqueous extract of broccoli seeds
106
2017
Announcement No. 7
Rice bran fat
107
2017
Announcement No. 7
Gamma-linolenic acid oil (derived from Mortierella alpina)
108
2017
Announcement No. 7
Calcium β-hydroxy-β-methylbutyrate
109
2017
Announcement No. 7
Lindera leaf oak
110
2018
Notice No. 10
Black chokeberry fruit
111
2018
Notice No. 10
Spherical Nostoc (Gexianmi)
112
2018
Notice No. 10
Lactobacillus curvatus
113
2019
Notice No. 2
Tomorrow Leaf
114
2019
Notice No. 2
Loquat flower
115
2020
Announcement No. 4
Lactobacillus helveticus R0052
116
2020
Announcement No. 4
Bifidobacterium infantis R0033 and Bifidobacterium bifidum R0071
117
2020
Announcement No. 4
Ganyangcao
118
2020
Announcement No. 9
Cordyceps militaris fruiting body (cultivated)
119
2020
Announcement No. 9
Sodium hyaluronate
120
2020
Announcement No. 9
Lactobacillus equolactis subsp. equolactis
121
2021
Announcement No. 5
β-1,3/α-1,3-glucan
122
2021
Announcement No. 5
Dihydroquercetin
123
2021
Announcement No. 5
Lactobacillus rhamnosus MP108
124
2021
Announcement No. 5
Nannochloropsis gaditana
125
2022
Announcement No. 1
Leaf-eating grass
126
2022
Announcement No. 1
Guan Shan Cherry Blossoms
127
2022
Announcement No. 1
Disodium pyrroloquinoline quinone
128
2022
Notice No. 2
Rhodomonas salina
129
2022
Notice No. 2
Bifidobacterium longum subsp. longum BB536
130
2023
Announcement No. 1
Sugarcane polyphenols
131
2023
Announcement No. 1
Leuconostoc mesenteroides
132
2023
Announcement No. 1
Blueberry anthocyanins
133
2023
Announcement No. 3
Rye pollen
134
2023
Announcement No. 3
Wenguan Fruit Kernel
135
2023
Announcement No. 5
Wenguan Fruit Leaf
136
2023
Announcement No. 5
Peach gum
137
2023
Announcement No. 8
Oilseed peanut
138
2023
Announcement No. 8
Leuconostoc mesenteroides subsp. lactis
139
2023
Announcement No. 8
Disodium pyrroloquinoline quinone
140
2023
Notice No. 10
Paraguayan holly leaves (yerba mate leaves)
141
2023
Notice No. 10
Yeast protein
142
2023
Notice No. 10
Catechin
143
2024
Notice No. 2
Dendrobium protocorms
144
2024
Notice No. 2
(3R,3'S)-Dihydroxy-β-carotene
145
2024
Notice No. 2
Pichia pastoris
146
2024
Notice No. 2
Bacillus subtilis DE111
147
2024
Notice No. 2
L-α-Glycine Chelated Iron
148
2024
Notice No. 2
Leuconostoc mesenteroides
149
2024
Announcement No. 3
Arabinoxylan
150
2024
Announcement No. 3
Arabian galactan
151
2024
Announcement No. 3
Bifidobacterium longum subsp. infantis M-63
152
2024
Announcement No. 3
N-Acetylglucosamine
153
2024
Announcement No. 5
Schizochytrium oil
154
2024
Announcement No. 5
Proanthocyanidins
155
2024
Announcement No. 6
Camellia chrysantha culture
156
2025
Announcement No. 1
Stevia polyphenols
157
2025
Announcement No. 1
Lemon-scented peach leaves
158
2025
Announcement No. 1
Maqui berry anthocyanins
159
2025
Announcement No. 1
Wheat polar lipids
160
2025
Announcement No. 1
Calcium β-hydroxy-β-methylbutyrate
161
2025
Announcement No. 4
D-Allose
162
2025
Announcement No. 4
Brewer’s yeast CNCM I-3799
163
2025
Announcement No. 4
Bifidobacterium animalis subsp. lactis BLa80
164
2025
Announcement No. 4
Bifidobacterium longum subsp. infantis LMG 11588
165
2025
Announcement No. 4
Sodium Hyaluronate (Extraction Method)
166
2025
Announcement No. 7
Venezuelan Fusarium protein
167
2025
Announcement No. 7
Elderberry anthocyanins
168
2025
Announcement No. 7
Olive fruit polyphenols
 

 04  Compliance Guide: Usage, Scope, and Standards—Three Key Factors That Must Not Be Overlooked

The primary principle for using novel food ingredients is Strictly adhere to the contents of the approved announcement. This includes the scope of use, recommended intake levels, manufacturing processes, and quality requirements, among other aspects.

In 2023, the National Health Commission issued the “Announcement on the Catalogue of ‘Novel Foods’ and the Applicable Food Safety Standards,” which categorized and clarified the food safety criteria for 98 novel food ingredients.

The Venetian Fusarium protein, elderberry anthocyanins, and olive fruit polyphenols approved by the end of 2025, due to their… Infants and young children, pregnant women, and breastfeeding women There is insufficient data on its safety for human consumption, and regulations explicitly advise that the aforementioned populations should not consume it.

 

05 Future Outlook: Accelerated Approval Processes and Local Experimentation, with an Innovative Ecosystem Taking Shape

From a policy perspective, the approval and management of novel food ingredients are moving toward… More efficient and more standardized toward this direction. In 2023, unified standards were applied to 98 new food ingredients, removing obstacles to compliant use by enterprises. At the local level, proactive measures are also being taken.

 

Stevia

Shanghai’s action plan sets a goal to “develop and obtain approval for 3–5 types of ‘three‑new foods’” by 2027, and it also plans to establish a pilot zone for the development of synthetic‑biology‑based food products.

Meanwhile, the Heilongjiang Provincial Health Commission publicly solicited proposals in January 2026 for the revision and supplementation of the Catalogue of Food‑Drug Substances, as well as for applications to designate new food ingredients, reflecting a proactive stance at the local level toward the development of novel food ingredients.

These developments suggest that, in the future, more regionally distinctive resources will be added to the Catalogue of Novel Food Ingredients following evaluation, offering the beverage industry a broader array of “Made in China” ingredients.

 

In the face of this wave of innovation, some leading companies have already begun to make strategic arrangements. Shanghai plans to, by 2030, build in the Pudong New Area… Pilot Zone for Synthetic Biology Food Development , under construction in Minhang District Functional Food Manufacturing Demonstration Zone 。

When more local resources, cutting-edge biosynthetic technologies, and clearer national standards converge, a… A safer, healthier, and more sustainable food innovation ecosystem It will accelerate its formation.

—END—

Disclaimer: The data in this article are sourced from publicly available reports across various media outlets. All images are sourced from the internet, official social media accounts, e-commerce platforms, and other channels. If we have inadvertently used your image, please contact us, and we will remove it promptly.

Article reprinted from: Official Account of a Leading Expert in Functional Beverage Formulation Development

Copyright: Public Account of the Expert in Developing Healthy Beverage Formulations

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