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Nutrition DataNutrition facts for any food
AI Tools for Food Scientists
AI tools that help food scientists research ingredient formulations, analyze nutritional data, review academic literature, and track regulatory requirements for product development.
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NutrientTvpWhey isolate
Protein (g)50.390.0
Calories (kcal)331373
Fat (g)0.51.0
Carbs (g)29.03.5
PDCAAS Score0.681.00
Source: USDA FoodData Central · amino acid scores included
Nutritional analysis and label compliance
Look up detailed nutritional profiles for ingredients and finished products. Calculate macros, micronutrients, and allergen information to support accurate nutrition fact panel development and FDA label compliance.
Give me the complete nutritional breakdown per 100g of chickpea flour, including amino acid profile if available.
Chickpea flour (100g): 387 kcal, 22.4g protein, 57.8g carbs (10.8g fiber), 6.0g fat, 1.1g ash. Key micronutrients: iron 4.9mg (27% DV), zinc 2.8mg (25% DV), folate 437mcg (109% DV), magnesium 166mg (40% DV). Amino acid profile available: lysine 1.5g, leucine 1.8g, methionine 0.36g (limiting AA). Good candidate for complementing grain-based proteins.
ToolRouter lookup_nutrition
NutrientAmount% dv
Energy387 kcal19%
Protein22.4g45%
Total Carbs57.8g21%
Dietary Fiber10.8g39%
Folate437mcg109%
Source: USDA FoodData Central · amino acid profile included
Scientific literature review
Search peer-reviewed food science journals for research on specific ingredients, processing methods, shelf-life studies, and sensory science. Find the latest findings on emulsification, texture modification, and flavor chemistry.
Find studies on using high-pressure processing to extend shelf life of cold-pressed juices without thermal degradation of vitamins.
Found 22 relevant papers. Key findings: HPP at 600 MPa / 3 min achieves 5-log pathogen reduction with <8% vitamin C loss vs 35-60% thermal loss. Shelf life extension: 45-60 days refrigerated (vs 7-14 days cold-press). Three studies note anthocyanin stability improved vs heat. One 2024 meta-analysis covers 12 juice matrices.
ToolRouter search_papers
Papers Found
22 relevant studies on HPP in juice processing
Pathogen Reduction
5-log reduction at 600 MPa / 3 min
Vitamin C Retention
<8% loss with HPP vs 35–60% loss with thermal
Shelf Life Extension
45–60 days refrigerated vs 7–14 days cold-press
Anthocyanin Stability
Improved vs thermal — confirmed in 3 studies
Regulatory and GRAS research
Research FDA, EFSA, and Codex Alimentarius regulations for food additives, novel ingredients, and labeling requirements. Track GRAS notification outcomes, additive approval status, and international harmonization differences.
What is the current regulatory status of monk fruit extract (luo han guo) as a sweetener in the US, EU, and Canada?
US: GRAS status confirmed, permitted as general-purpose sweetener with no established ADI. EU: Approved under Regulation (EC) No 1333/2008 as E 960a, restricted to specific food categories with maximum use levels. Canada: Listed in the List of Permitted Sweeteners (Table 11) with conditions of use. Key difference: EU requires category-specific approval while US allows broad use.
ToolRouter research
United States (FDA)
GRAS — general-purpose sweetener · no ADI established
European Union (EFSA)
E 960a — category-specific with max use levels
Canada (Health Canada)
Table 11 permitted sweetener — conditions of use apply
Key Difference
EU requires category approval; US/CA allow broader use
International Harmonization
Codex GSFA includes mogroside sweeteners
Ingredient chemical properties lookup
Access chemical data, GHS safety classifications, and physical properties for food-grade ingredients, processing aids, and additives. Useful for formulation work, safety data sheet review, and understanding ingredient interactions.
Look up the properties of propylene glycol alginate as a food emulsifier — solubility, pH stability range, and typical use concentrations.
Propylene glycol alginate (E477): molecular weight 10,000-600,000 Da depending on degree of esterification. Solubility: freely soluble in water and dilute organic acids, unlike sodium alginate which precipitates below pH 3. Stable pH range: 3-6 (key advantage for acidic beverages). Typical use: 0.1-0.5% in salad dressings, 0.05-0.2% in beer foam stabilization.
ToolRouter lookup_compound
Molecular Weight
10,000–600,000 Da · varies by esterification degree
Solubility
Freely soluble in water and dilute acids · acid-stable (unlike Na alginate)
pH Stability Range
3–6 · key advantage for acidic beverage applications
Salad Dressings
0.1–0.5% typical use concentration
Beer Foam Stabilization
0.05–0.2% typical use concentration
Food safety alert monitoring
Track FDA and USDA food recalls, allergen contamination alerts, and pathogen outbreak notices relevant to ingredients or product categories in your development pipeline. Stay informed before issues reach consumers.
Search for any undeclared allergen recalls in the past 60 days involving sesame, tree nuts, or peanuts in packaged snack foods.
Found 5 recalls in the past 60 days: (1) Undeclared sesame in a cracker blend — Class I, 6 states, retailer-initiated. (2) Undeclared cashew in a granola bar — nationwide, Class I. (3) Undeclared peanut in a rice cake variety — Class II. Two were due to labeling errors from a co-manufacturer shared line. None involved intentional adulteration.
ToolRouter search_recalls
ProductAllergenClass
Cracker Blend (retail)Sesame (undeclared)Class I
Granola Bar (variety pack)Cashew (undeclared)Class I
Rice Cake VarietyPeanut (undeclared)Class II
5 recalls in 60 days · 2 from co-manufacturer shared line errors
Competitive product research
Research competitor ingredient lists, nutrition claims, and product positioning in your category. Understand market trends and identify formulation gaps or opportunities.
Research the ingredient and nutrition trends in the premium protein bar category — what claims, ingredients, and macros are leading brands using?
Analysis of 15 leading premium protein bars: Average macro split — 30-35g protein, 20-30g carbs, 8-12g fat. Trending ingredients: whey-casein blends (62% of products), collagen peptides (growing 34% YoY), adaptogens like ashwagandha (18% of new launches). Top claims: "no artificial sweeteners" (87%), "grass-fed" (52%), "gluten-free" (73%). Allulose replacing maltitol in 40% of reformulations.
ToolRouter analyze_competitor
Average Protein
30–35g per bar · whey-casein blend dominant (62%)
Trending Ingredients
Collagen peptides (+34% YoY) · ashwagandha (18% of launches)
Top Claims
"No artificial sweeteners" 87% · "grass-fed" 52% · "gluten-free" 73%
Sweetener Shift
Allulose replacing maltitol in 40% of reformulations
Carb Range
20–30g · low-carb positioning fading vs. clean label
Ready-to-use prompts
Ingredient nutrition lookup
Provide a complete nutritional breakdown per 100g of hemp seed protein powder, including all essential amino acids and key micronutrients.
Shelf life research
Find peer-reviewed studies on water activity control methods for extending shelf life in intermediate moisture snack foods without refrigeration.
GRAS status check
What is the FDA GRAS status of lactoferrin as a food ingredient, and what supporting safety studies have been submitted in GRAS notifications?
Allergen recall alert
Search for all FDA food recalls in the past 30 days involving undeclared allergens. List the product, allergen, recall class, and affected distribution area.
Chemical properties lookup
Look up the physical and chemical properties of sodium hexametaphosphate as a food sequestrant, including solubility, stability, and approved food applications.
Regulatory comparison
Compare US FDA and EU EFSA regulations on the use of titanium dioxide as a food colorant, including current status and any recent regulatory changes.
Trending ingredients
Research consumer and trade news on emerging functional ingredients gaining traction in functional beverages in 2025-2026, such as adaptogens, postbiotics, or nootropics.
Protein comparison
Compare the nutritional profiles and amino acid scores of pea protein isolate, rice protein concentrate, and fava bean protein as plant-based protein sources.
Tools to power your best work
Academic ResearchSearch papers, authors, citations
Competitor ResearchDeep intel from a single URL
Deep ResearchAI research reports with citations
Product RecallsFood, drug, and product recalls
Chemistry LookupCompounds, elements, and safety
NewsSearch and track news worldwide
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New ingredient evaluation
Systematically evaluate a novel ingredient from chemical properties and nutritional profile through safety literature and regulatory status before approving for formulation.
Product reformulation research
When reformulating to remove or replace an ingredient, research functional alternatives, compare nutrition impact, and check for any new allergen or labeling implications.
Competitive benchmarking
Before launching a new product, benchmark its formulation and nutrition profile against leading competitors in the category.
Frequently Asked Questions
How complete is the nutritional data for novel or specialty ingredients?
Nutrition Data pulls from USDA FoodData Central and branded product databases, which covers most common ingredients well. For very novel ingredients or proprietary isolates, data may be limited — in those cases, pair with Academic Research to find published analytical data from scientific literature.
Can I use the academic research tool to access full-text papers?
Academic Research returns titles, abstracts, author information, citation counts, and DOI links from databases including Semantic Scholar and Crossref. Full-text access depends on your institution's journal subscriptions. The tool is most useful for identifying the right papers to access through your library or publisher portal.
How reliable is the regulatory research for international markets?
Deep Research synthesizes information from official regulatory sources like FDA.gov, EFSA.europa.eu, and Codex. For critical regulatory decisions affecting product launch, always verify with official agency databases and consider consulting a regulatory affairs specialist, as regulations change frequently and nuances matter.
Can these tools help with clean label formulation?
Yes. You can research consumer-friendly alternatives to functional additives, find clean label ingredient suppliers, look up the regulatory definition of "natural" under FDA guidance, and track consumer trend reports on ingredient transparency. Combine Nutrition Data, Academic Research, and Deep Research for a thorough assessment.
Is the recall monitoring useful for ingredient sourcing decisions?
Yes. If you source ingredients from a supplier whose products appear in recalls, or if your finished product category has elevated recall frequency, this is valuable risk intelligence. You can search by ingredient type, manufacturer, or reason code to identify patterns relevant to your supply chain.
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