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#alga — Public Fediverse posts

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  1. #seaweed #iceCream #food #health #nutrition #diet #vegan #vegetarian #alga #algae

    🤩 🍨 ❤️

    Manivel et al. Food&Humanity 6, 2026/101206

    10% seaweed ice cream showed highest sensory acceptability and improved nutrition.
    Seaweed incorporation
    - increased overrun and viscosity, and reduced melting rate.
    - enhanced polyphenols, flavonoids, carotenoids and antioxidants.
    - ice cream remained stable during storage at −20 °C.

    doi.org/10.1016/j.foohum.2026.

  2. #seaweed #iceCream #food #health #nutrition #diet #vegan #vegetarian #alga #algae

    🤩 🍨 ❤️

    Manivel et al. Food&Humanity 6, 2026/101206

    10% seaweed ice cream showed highest sensory acceptability and improved nutrition.
    Seaweed incorporation
    - increased overrun and viscosity, and reduced melting rate.
    - enhanced polyphenols, flavonoids, carotenoids and antioxidants.
    - ice cream remained stable during storage at −20 °C.

    doi.org/10.1016/j.foohum.2026.

  3. Igår rensade jag ut tre hyllor med #brädspel som vi fick med huset vid köpet. Två spel får stanna: Backgammon och Fragglarna(om den lilla tycker det är roligt). Men jösses hur många monopol-kloner från #Alga och #Kärnan det finns, säkert 5-6 stycken som nu ligger i bortskänkeshögen.

  4. Embrión de salamandra moteada (Ambystoma maculatum) en el huevo, compartiendo espacio en simbiosis con el alga Oophila amblystomatis, que mediante la fotosíntesis, produce oxígeno y glúcidos con el dióxido de carbono. 📷Roger Hangarter #anfibios #amphibia #alga #algae

  5. Embrión de salamandra moteada (Ambystoma maculatum) en el huevo, compartiendo espacio en simbiosis con el alga Oophila amblystomatis, que mediante la fotosíntesis, produce oxígeno y glúcidos con el dióxido de carbono. 📷Roger Hangarter #anfibios #amphibia #alga #algae

  6. The freshwater #alga Trachydiscus minutus survives in extreme low-light environments by utilizing a specialized protein architecture to capture far-red light for photosynthesis, relying entirely on ordinary chlorophyll a.
    #Biochemistry #StructuralBiology #Photobiology #Biology #sflorg
    sflorg.com/2026/03/bchm0314260

  7. The freshwater #alga Trachydiscus minutus survives in extreme low-light environments by utilizing a specialized protein architecture to capture far-red light for photosynthesis, relying entirely on ordinary chlorophyll a.
    #Biochemistry #StructuralBiology #Photobiology #Biology #sflorg
    sflorg.com/2026/03/bchm0314260

  8. 13-Mar-2026
    How an #alga makes the most of dim light
    A freshwater alga captures far-red light for #photosynthesis by rearranging ordinary #chlorophyll

    eurekalert.org/news-releases/1 #science #ecology

  9. 13-Mar-2026
    How an #alga makes the most of dim light
    A freshwater alga captures far-red light for #photosynthesis by rearranging ordinary #chlorophyll

    eurekalert.org/news-releases/1 #science #ecology

  10. Levänluhta (Finnish: [ˈleʋænˌluhtɑ]; lit. "#alga's #floodmeadow") or Leväluhta is a spring and prominent archaeological site in the village of #Orismala in #Isokyrö, #Finland. It was used as an #IronAge water graveyard from the 5th to the 8th centuries, containing remains of around 100 individuals. It's one of the oldest known burial sites in Finland with preserved human bones, as the #waterlogged environment had contributed to an exceptionally good preservation of the remains.

  11. Chrysamoeba es un alga ameboide de agua dulce con largos filopodios y un flagelo, usando pseudópodos para capturar su alimento.📷Ferry Siemensma #alga #algae #microbiologia #microbiology

  12. Chrysamoeba es un alga ameboide de agua dulce con largos filopodios y un flagelo, usando pseudópodos para capturar su alimento.📷Ferry Siemensma #alga #algae #microbiologia #microbiology

  13. Este libro del siglo XIX es una almeja y las hojas son 30 especímenes de algas. El lazo es de seda. Cada página tiene el nombre científico de las especies escrito en tinta negra. 🏛️Centro de Arte Británico de Yale #libros #books #alga #seaweed

  14. Este libro del siglo XIX es una almeja y las hojas son 30 especímenes de algas. El lazo es de seda. Cada página tiene el nombre científico de las especies escrito en tinta negra. 🏛️Centro de Arte Británico de Yale #libros #books #alga #seaweed

  15. En el mar Menor viven los paragüitas o sombrillitas (Acetabularia calyculus), unas algas de 6 centímetros de alto que, aunque no lo parezca, son unicelulares. 📷Giuseppe A. Ramirez #alga #algae #unicelular #unicellular

  16. El alga invasora y tóxica Caulerpa taxifolia puede parecer la típica alga pluricelular, pero tampoco es el caso. Se trata de un alga unicelular multinucleada que alcanza 20-60 cm de altura, siendo el organismo unicelular más grande que se conoce.📷Krzysztof Ziarnek #alga #algae #unicelular #unicellular

  17. El alga invasora y tóxica Caulerpa taxifolia puede parecer la típica alga pluricelular, pero tampoco es el caso. Se trata de un alga unicelular multinucleada que alcanza 20-60 cm de altura, siendo el organismo unicelular más grande que se conoce.📷Krzysztof Ziarnek #alga #algae #unicelular #unicellular

  18. No es el único caso de célula gigante. Syringammina fragilissima es otro organismo unicelular enorme que alcanza los 20 cm de diámetro, con estructuras de tubos interconectados. #alga #algae #unicelular #unicellular

  19. No es el único caso de célula gigante. Syringammina fragilissima es otro organismo unicelular enorme que alcanza los 20 cm de diámetro, con estructuras de tubos interconectados. #alga #algae #unicelular #unicellular

  20. Esto es una sola célula.

    Se trata de Ventricaria ventricosa (Anteriormente Valonia ventricosa, un alga unicelular polinuclear con una enorme vacuola central multilobular. Puede alcanzar los 5 cm de diámetro. #alga #algae #unicelular #unicellular

  21. Esto es una sola célula.

    Se trata de Ventricaria ventricosa (Anteriormente Valonia ventricosa, un alga unicelular polinuclear con una enorme vacuola central multilobular. Puede alcanzar los 5 cm de diámetro. #alga #algae #unicelular #unicellular

  22. The #alga #Melosiraarctica, which grows under #ArcticSea ice, contains ten times as many #microplastic particles as the surrounding #seawater. This concentration at the base of the #foodweb poses a threat to creatures that feed on the algae at the sea surface. Clumps of #deadalgae also transport the #plastic with its #pollutants particularly quickly into the #dee sea & explains high #microplastic #concentrations in the #sediment there. phys.org/news/2023-04-arctic-i

  23. The #alga #Melosiraarctica, which grows under #ArcticSea ice, contains ten times as many #microplastic particles as the surrounding #seawater. This concentration at the base of the #foodweb poses a threat to creatures that feed on the algae at the sea surface. Clumps of #deadalgae also transport the #plastic with its #pollutants particularly quickly into the #dee sea & explains high #microplastic #concentrations in the #sediment there. phys.org/news/2023-04-arctic-i

  24. #ExperimentalEvolution of the halophilic #alga #Dunaliella reveals evolution of reduced #plasticity in less predictable environments across 3 biological levels – #epigenomics, #transcriptomics & cell morphology. Christelle Leung, @Lmchev &co #PLOSBiology plos.io/3FTyejq

  25. #ExperimentalEvolution of the halophilic #alga #Dunaliella reveals evolution of reduced #plasticity in less predictable environments across 3 biological levels – #epigenomics, #transcriptomics & cell morphology. Christelle Leung, @Lmchev &co #PLOSBiology plos.io/3FTyejq

  26. #ExperimentalEvolution of the halophilic #alga #Dunaliella reveals evolution of reduced #plasticity in less predictable environments across 3 biological levels – #epigenomics, #transcriptomics & cell morphology. Christelle Leung, @Lmchev &co #PLOSBiology plos.io/3FTyejq

  27. #ExperimentalEvolution of the halophilic #alga #Dunaliella reveals evolution of reduced #plasticity in less predictable environments across 3 biological levels – #epigenomics, #transcriptomics & cell morphology. Christelle Leung, @Lmchev &co #PLOSBiology plos.io/3FTyejq

  28. #ExperimentalEvolution of the halophilic #alga #Dunaliella reveals evolution of reduced #plasticity in less predictable environments across 3 biological levels – #epigenomics, #transcriptomics & cell morphology. Christelle Leung, @Lmchev &co #PLOSBiology plos.io/3FTyejq

  29. #ExperimentalEvolution of the halophilic #alga #Dunaliella reveals evolution of reduced #plasticity in less predictable environments across 3 biological levels – #epigenomics, #transcriptomics & cell morphology. Christelle Leung, @Lmchev &co #PLOSBiology plos.io/3FTyejq

  30. L'icona #vscodium è in realtà basata sul Codium, che è un tipo di alga.

    #codium #alga

  31. One of my favorite #artists from #Ukraine:

    #IGNEA is a metal band mixing progressive, symphonic and other elements with traditional instruments from the middle-east (remember, #OrphanedLand? They collaborated with some of its earlier members). Already in 2015 they recorded #Alga with a symphonic orchestra, maybe in anticipation of what #Russia was planning. The song really fits the situation, but in a somewhat uplifting way: youtube.com/watch?v=6KOXbzMRQH

    ignea.band/pages/about

    #artistsUkraine