Ad:Business Contacts
Ads:Current issue FRUIT PROCESSINGWorld Of Fruits 2025Our technical book Apple Juice TechnologyFRUIT PROCESSING Online Special: Instability of fruit-based beveragesFRUIT PROCESSING Online Special: Don’t give clogs a chanceOrange Juice ChainOur German magazine FLÜSSIGES OBST

Consumer sentiment is changing. Consumers are more aware of the ingredients they are choosing to consume and are actively trying to purchase products that align with their needs and preferences.

GlobalData’s Ai Palette platform has analysed data from thousands of food and beverages ingredients to identify those that have high growth and high engagement. This analysis is based on real-time data points collected from social media and global retail sites over the past two years, as measured in June and July 2025, and includes a comparison of compound annual growth rates (CAGR) over that period.

The emerging food and beverage ingredients identified in this analysis were grouped under four key consumer trends: functional wellness, distinct flavour fusions, global takeover, and nature’s pantry. Insights from this analysis were presented in a recent Ai Palette webinar titled “Emerging Ingredients in Food & Beverages – Trends Consumers Really Care About in 2025,” which highlighted the following findings:

Functional wellness

This trend highlights the use of functional ingredients that improve the nutritional value of foods and beverages, providing consumers with health benefits beyond basic nutrition. Zinc is emerging as a key ingredient in the food and beverage sector due to its significant role in promoting functional wellness, supporting immune function, wound healing, and metabolic health. The Ai Palette platform indicates that the German dairy market is seeing a rise in zinc-fortified products, showcasing a growing interest in nutrient-rich dairy options.

Distinct flavour fusions

Characterised by the innovative combination of unique ingredients, this trend distinguishes products with bold and unexpected flavour profiles that captivate the palate and set them apart in the marketplace, such as gochujang. This Korean chili paste is gaining popularity in the US condiments market for its ability to enhance flavour fusions with a mix of heat, sweetness, and umami. Over the past two years, gochujang has experienced a remarkable growth rate of 28.5 %, supported by 264,000 data points from Ai Palette, appealing to adventurous consumers seeking authentic and spicy culinary experiences.

Global takeover

Reflecting the increasing influence of international flavours, this trend signifies the penetration of global flavours into new markets and categories, breaking traditional culinary boundaries. Miso is emerging as a key ingredient in the food and beverage sector, thanks to its versatility and health benefits, which align with the global demand for wholesome, flavourful options. Its growing popularity in condiments showcases its ability to enhance various dishes with its unique umami profile. Miso has seen a remarkable growth of 28.2 % since July 2023, supported by nearly 70,000 Ai Palette data points, emphasising its cultural significance and premium quality.

Nature’s pantry

This trend heralds a resurgence of natural ingredients, revitalising them with contemporary applications that underscore their timeless appeal and align with the growing demand for wholesome food and drinks. Peas are growing in importance as a vital component of this trend due to their fresh and natural qualities, which offer a distinctive and wholesome addition to culinary applications, with multiple health benefits. Their rising popularity in Indian snacks underscores their versatility and appeal in global food innovations.

Alice Popple-Connelly, Senior Consumer Analyst, at GlobalData, comments: “Understanding how consumer sentiment is changing and the underlying trends behind it enables brands to position their products more effectively. Identifying the emerging ingredients associated with each trend also provides food and beverage brands with compelling formulation options for innovation.”

The blood pressure lowering effect of nitrate-rich beetroot juice in older people may be due to specific changes in their oral microbiome, according to the largest study of its kind.

Researchers at the University of Exeter conducted the study, published in the journal Free Radical Biology and Medicine, comparing responses between a group of older adults to that of younger adults. Previous research has shown that a high nitrate diet can reduce blood pressure, which can help reduce risk of heart disease.

Nitrate is crucial to the body and is consumed as a natural part of a vegetable-rich diet. When the older adults drank a concentrated beetroot juice ‘shot’ twice a day for two weeks*, their blood pressure decreased – an effect not seen in the younger group.

The new study, funded by a BBSRC Industrial Partnership Award, provides evidence that this outcome was likely caused by the suppression of potentially harmful bacteria in the mouth. An imbalance between beneficial and harmful oral bacteria can decrease the conversion of nitrate (abundant in vegetable-rich diets) to nitric oxide. Nitric oxide is key to healthy functioning of the blood vessels, and therefore the regulation of blood pressure.

Study author Professor Anni Vanhatalo, of the University of Exeter, said: “We know that a nitrate-rich diet has health benefits, and older people produce less of their own nitric oxide as they age. They also tend to have higher blood pressure, which can be linked to cardiovascular complications like heart attack and stroke. Encouraging older adults to consume more nitrate-rich vegetables could have significant long term health benefits. The good news is that if you don’t like beetroot, there are many nitrate-rich alternatives like spinach, rocket, fennel, celery and kale.”

The study recruited 39 adults aged under 30, and 36 adults in their 60s and 70s through the NIHR Exeter Clinical Research Facility. The trial was supported by the Exeter Clinical Trials Unit. Each group spent two weeks taking regular doses of nitrate-rich beetroot juice and two weeks on a placebo version of the juice with nitrate stripped out. Each condition had a two week “wash out” period in between to reset. The team then used a bacterial gene sequencing method to analyse which bacteria were present in the mouth before and after each condition.

In both groups, the make-up of the oral microbiome changed significantly after drinking the nitrate-rich beetroot juice, but these changes differed between the younger and older age groups.

The older age group experienced a notable decrease in the mouth bacteria Prevotella after drinking the nitrate rich juice, and an increase in the growth of bacteria known to benefit health such as Neisseria. The older group had higher average blood pressure at the start of the study, which fell after taking the nitrate-rich beetroot juice, but not after taking the placebo supplement.

Co-author Professor Andy Jones, of the University of Exeter, said: “This study shows that nitrate-rich foods alter the oral microbiome in a way that could result in less inflammation, as well as a lowering of blood pressure in older people. This paves the way for larger studies to explore the influence of lifestyle factors and biological sex in how people respond to dietary nitrate supplementation.”

Dr Lee Beniston FRSB, Associate Director for Industry Partnerships and Collaborative Research and Development at BBSRC, said: “This research is a great example of how bioscience can help us better understand the complex links between diet, the microbiome and healthy ageing. By uncovering how dietary nitrate affects oral bacteria and blood pressure in older adults, the study opens up new opportunities for improving vascular health through nutrition. BBSRC is proud to have supported this innovative partnership between academic researchers and industry to advance knowledge with real-world benefits.”

The paper is titled ‘Ageing modifies the oral microbiome, nitric oxide bioavailability and vascular responses to dietary nitrate supplementation’ and is published in the journal Free Radical Biology and Medicine.