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  • Walnut

    WALNUT        Walnuts, like all nuts, are a very high-calorie product. Their seeds (nuts) are characterized by a fairly high content of a number of minerals, vitamins, proteins, unsaturated fatty acids (especially polyunsaturated omega-3 fatty acids, in particular alpha-linolenic acid), as well as phytosterols.      Walnuts are rich in gamma-tocopherol (100 g…

  • Macroelements for Plants

    Macroelements include mineral elements whose concentration in the human body ranges from 10–1 to 10–2%. In plants, macroelements contribute to the integrity of cell membranes, facilitate photosynthesis, stabilize the water regime, increase the strength of plant tissues, participate in nitrogen and carbohydrate metabolism, as well as in the processes of respiration and oxidative phosphorylation, providing…

  • Ultramicroelements for Plants

           Ultramicroelements (or nano-elements) are elements whose concentration in the human body ranges from 10–6 to   10–12%, with a daily intake not exceeding 20 mcg.      Ultramicroelements, often termed nano-elements due to their extreme scarcity in biological tissues, represent a sophisticated frontier of plant mineralogy. Occurring at concentrations below 10–6%, these elements frequently exhibit ambiguous or highly…

  • Microelements for Plants

    Microelements (trace elements) are elements whose concentration in the human body ranges from 10–3 to 10–5%, with a daily intake requirement of 20 mcg to 20 mg. Microelements, also referred to as trace elements, perform indispensable catalytic and regulatory functions within the complex biochemical architecture of plants. Despite their minimal quantitative presence, these elements act…

  • PRO: Botanical Mastery

    Visualizing Plant Anatomy: From Microscopic Structures to Pharmaceutical Science Where Art Meets Science: Making Plant Anatomy Intuitive and Memorable Plant Anatomy is often perceived as one of the most intellectually demanding disciplines in biological and pharmaceutical science. The intricate complexity of microscopic structures can be a barrier to deep understanding. This platform offers a transformative…

  • Types of Stomata: Botanical Comics

    Expedition to the Microworld: A Raid Through the Plant Gates Forget about railway tracks – we are heading into the open terrain! Our scientific expedition is advancing deep into the plant tissues. Hold onto your microscopes tightly, for a new scientific adventure awaits you, styled after the unforgettable humoresques of Pavlo Glazovyi! The Mystery of…

  • Vascular Tissues: Botanical Comics

    A unique feature of this educational project is the integration of Ukrainian folk humor and satirical poetry, particularly the legacy of Pavlo Glazovyi (1922–2004). Glazovyi was a legendary Ukrainian poet and a master of the ‘humoresque’ – a specific genre of short, witty satirical poems rooted in national wisdom and sharp social observation.By intertwining rigorous…

  • Types of Plant Crystal Inclusions: Botanical Comics

    Crystal Fever: The Raid for Botanical Diamonds There is no sunlight here – we are diving into the dark depths of plant vacuoles! Our scientific expedition toward licensing exams is reaching a new level: we are hunting for the “jewels” of the microworld. Hold onto your microscope slides, for a brilliant scientific adventure awaits! This…

  • Meristems: Botanical Comics

    We continue our humorous botanical series on plant anatomy and histology with a new botanical comic and a fresh humoresque, stylized after the legendary Ukrainian satirist Pavlo Glazovyi! Meristematic Tissues: The Architects of Growth Now, let us pay tribute to the meristematic tissues (meristems) – the perpetual engine of plant life, the primordial source of…

  • Mechanical Tissues: Botanical Comics

    We continue our humorous botanical series on Pharmaceutical Botany with a new botanical comic and a fresh humoresque written in the unique style of Pavlo Glazovyi! Mechanical Tissues: ‘The Enforcers of the Plant World’ Now, the true ‘enforcers’ of the plant world take the stage – mechanical tissues! They are responsible for strength, elasticity, and…