Bioacoustic Data Analysis (BIAC05) equips researchers with the skills to analyse animal acoustic signals in R. Covering spectrograms, signal structure, annotation workflows, and acoustic diversity met...

Bioacoustic Data Analysis (BIAC05) equips researchers with the skills to analyse animal acoustic signals in R. Covering spectrograms, signal structure, annotation workflows, and acoustic diversity met...

Traditional wound care methods have limitations, highlighting the need for advanced bioactive dressings that enhance healing and reduce infection risks.

Durik et al. show that senescent cells generate fragments, termed SCAFs, that support survival by shedding damaged intracellular material. SCAF rupture releases DAMPs, amyloid-like proteins, and bioac...

Extra-virgin olive oil (EVOO), a popular functional food and major source of fat in the Mediterranean diet, possesses a variety of healthful components, including monounsaturated fatty acids and bioac...

From the spice rack to the lab bench, emerging proteomic insights reveal how hidden peptide fragments in everyday spices may shape the next generation of functional foods.

Animal sounds can be recorded and analysed to help to derive ecological insight and inform conservation decision-making. In this Review, Perea, Burivalova and colleagues outline how conservation bioac...

200 mg EGCg / 80% Catechins Supports Cellular Health* One capsule of NOW® Green Tea Extract with 200 mg EGCg possesses the phytonutrient content equal to about 2-3 cups of green tea. Green tea’s bioac...

Global Bioactive Ingredients market size is expected to reach $78.81 billion by 2030 at 8.8%, organic and natural ingredient adoption fuels growth in bioactive ingredients market

Constraining proximity-based drugs, such as proteolysis-targeting chimeras (PROTACs), into its bioac

Lake Greifensee is periodically affected by cyanobacterial blooms and associated cyanotoxins20,21,22 (Fig. 1). Our study focuses on two key groups: the toxic Microcystaceae group (Microcystis spp., Aphanothece spp., Aphanocapsa spp.) and Dolichospermum spp. Microcystacae are the most common potentially toxic bloom-forming cyanobacteria worldwide23, typically blooming in Greifensee during summer and autumn (Fig. 1c). Previous studies confirm the production of microcystins and numerous other bioactive metabolites from this group in the lake, including during our study period20,22. Dolichospermum, the second most common potentially toxic bloom-forming cyanobacterium globally, is known to produce both hepatotoxins and neurotoxins3,24. While rarely forming surface blooms in Greifensee, it reaches peak abundance in late summer, and bioactive metabolites potentially associated with this taxon are found during the study period22. Our high-resolution data reveal significant temporal fluctuations in both cyanobacteria (Fig. 1c). This provides a unique opportunity to examine growth dynamics and their relationships with biotic and abiotic factors at temporal scales directly relevant to bloom formation. To quantify these dynamics and investigate the influence of biotic interactions, we present an nGR analysis based on high-frequency monitoring data. To estimate daily nGRs, we calculate the difference in the natural logarithm of taxon densities for each taxon between consecutive...

Der 3D-Drucker-Hersteller UltiMaker und das Medizintechnik-Startup Bioactivx aus Singapur wollen gemeinsam ein Drucksystem für die Wundversorgung entwickeln. Es soll die Produkte bei Bedarf nahe am Behandlungsort herstellen. Beide Firmen haben dazu eine Absichtserklärung unterzeichnet. Bioactivx meldet zugleich zwei Schritte: Das Unternehmen hat eine eigene Filamentproduktion samt Druckfarm im Reinraum eröffnet. Zudem hat die singapurische Gesundheitsbehörde […] Der Beitrag UltiMaker und Bioactivx planen Wundversorgung aus dem 3D-Drucker vor Ort erschien zuerst auf 3Druck.com - The Independent AM Magazine.

(NaturalNews) A recent narrative review published in Frontiers in Nutrition reports that the health benefits of fermented foods stem from a complex network of bioac...

Edible Garden (Nasdaq: EDBL) and agricultural innovation company Square Roots announced a strategic product development partnership to create next-generation, clean-label functional ready-to-drink beverages. The collaboration combines Square Roots' controlled-environment agriculture and plant science capabilities with Edible Garden's Farm-to-Formula® platform and Tetra Pak® aseptic manufacturing.Square Roots will identify and cultivate nutrient-dense crops optimized for naturally occurring bioactive compounds, while Edible Garden will convert these into premium functional beverages. Initial concepts are expected to target cognitive wellness, metabolic health, healthy aging, GLP-1 support and performance nutrition, with future commercialization supported by Edible Garden's Prairie Hills facility in Iowa.

An innovative approach combining electrochemistry with online quadrupole time-of-flight-mass spectrometry (EC-MS/MS) was employed to study the oxidative products and metabolic pathways of three bioac...