Titlebook: Handbook of Biopolymers; Sabu Thomas,Ajitha AR,Bejoy Thomas Reference work 2023 Springer Nature Singapore Pte Ltd. 2023 Biopolymers.Biodeg

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Tissue Culture of Epithelial Cellsnatural polymer of substantial status in various technoindustrial applications owing to its implausible biological and physicochemical features. It has potential in the biomedical, food, paper, textile, and cosmetics industries. The feasible utilization of BNC in multidimensional areas is widely rel

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Tissue Culture of Coniferous Trees,esources. Cellulose is mostly found in higher plants, but it is also created by marine organisms, particularly Tunicates, types of algae, and bacteria, by enzymatic and chemical processes, with a nanocellulose or nanofiber or nanocrystalline cellulose structure. For environmental sustainability, it

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https://doi.org/10.1007/978-3-642-57353-8ing because of its medicinal properties. Specifically, humic acid could demonstrate antiviral action against several viruses. This chapter summarizes recent advances on the effect of several interventions on humus composition, properties, and structures. It also highlights the biomedical application

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https://doi.org/10.1007/978-3-030-24517-7ceptional mechanical capabilities, high biocompatibility, tailored surface chemistry, and intriguing optical properties. The surprising inherent features of biopolymers, including chemical inertness, amphiphilicity, mechanical strength, high stiffness, and low density, allow it to be used in a broad

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Lars B. Dahlin,Björn Rydevik,Göran Lundborgh of natural resources available as raw materials, and renewable nature are the main characteristics that are prioritized when employing biopolymers. These polymers have a wide range of applications, including medication administration, tissue engineering, tumor ablation, biomedicine, and food packa

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