Magic Mind, a functional beverage brand, has expanded its nootropic shot line from direct-to-consumer sales to major national retailers. The product combines caffeine, adaptogens, and nanotechnology to provide functional energy and enhance focus. This strategic shift aims to increase market presence and accessibility of its nootropic shots, catering to a growing consumer interest in functional beverages that support cognitive performance and energy levels.

Bansk Group has reached an agreement to acquire a majority stake in So Good So You, which is recognized as a leading wellness shot brand in the United States. This investment highlights Bansk Group's commitment to the health and wellness sector, positioning So Good So You for potential growth and expansion within the competitive beverage market. The transaction underscores the increasing interest in wellness-focused products.

Syncron™ has launched two new performance beverages, ELIXIR and HYDRATE, designed for elite athletes. These products aim to meet the rigorous demands of high-level training and competition. The brand emphasizes its commitment to quality and performance, catering specifically to athletes seeking effective hydration and nutritional support. The introduction of ELIXIR and HYDRATE represents a significant advancement in Syncron's product lineup for performance-focused consumers.

[report preview] The US juice market is projected to reach USD 26.78 billion by 2032, driven primarily by increasing consumer demand for natural beverages and robust retail distribution networks. Factors contributing to this growth include a rising health consciousness among consumers and a preference for organic and natural products. The market's expansion reflects broader trends in the beverage industry, emphasizing quality and sustainability in product offerings.

The Florida Farm Bill, passed on March 3, aims to consolidate the Citrus Research and Development Foundation (CRDF) and the University of Florida Institute of Food and Agricultural Sciences (UF/IFAS) Citrus Research Program. This merger is intended to enhance research efforts, streamline operations, and improve resource allocation within Florida's citrus industry, addressing ongoing challenges faced by the sector and promoting innovation in citrus production.

V8 Energy is launching a new Yuzu Lemon drink that combines tea-based caffeine with electrolytes and a blend of fruits and vegetables. This introduction aligns with the increasing consumer demand for hybrid energy-hydration beverages and the popularity of globally inspired citrus flavors. The new product aims to cater to health-conscious consumers seeking innovative beverage options that provide both energy and hydration.

Want to dive deeper in citrus? Coming in early 2026: citrodex.com

Huanglongbing (HLB) is identified as the most destructive citrus disease globally, primarily linked to the bacterium ‘Candidatus Liberibacter asiaticus’. Research investigates the potential of an HLB-resistant interstock to impede the long-distance movement of this bacterium within citrus trees. The findings could provide insights into managing HLB and mitigating its economic impact on the citrus industry, emphasizing the need for effective disease management strategies.

The maize weevil is a significant postharvest pest affecting stored maize, leading to considerable quantitative and qualitative losses in grain. This pest poses a serious threat to food security, necessitating effective control measures. Research into alternative pest management strategies, such as the use of Citrus limonene as a potential biopesticide, is crucial for mitigating the impact of maize weevils on agricultural production and food supply.

A transcriptional regulatory network governing the citrus ripening process has been identified, focusing on histone modifications, chromatin accessibility, and transcription factor activity. This network regulates the metabolism of sucrose and citric acid during fruit ripening. The study highlights the dynamic chromatin regulatory programs that play a critical role in these metabolic processes, contributing to our understanding of citrus fruit development and ripening mechanisms.