Titlebook: Natural Product Inspired Scaffolds; Applications in Tiss Mohit Kumar,Deepika Kathuria,Ajay Sharma Book 2024 The Editor(s) (if applicable) a

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Hamed Manoochehri,Hanie Mahaki,Hamid Tanzadehpanah,Amirhossein Ahmadieh-Yazdi,Mohsen Sheykhhasan,Piastructed based on it. This is the longest attack on GIFT-64. We also find a 19-round related-key boomerang distinguisher of GIFT-128 with probability .. We propose a 23-round related-key rectangle attack on GIFT-128 utilizing the 19-round distinguisher, which is the longest related-key attack on GIF

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Navjot Kaur,Baljeet Singh,Rahul Kumar Sharma,Shailesh Sharma,Simrandeep Singh and public key algorithms – Innovative cryptographic defenses against malicious software A total of 73 papers were submitted to SAC 2007. Of these, one was wi- drawn by the authors, and 25 were accepted by the Program Committee for presentation at the workshop. In addition to these presentations, w

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Introduction to Natural Product-Based Tissue Engineering,egration of natural product-based scaffolds has garnered considerable attention due to their inherent biocompatibility and bioactivity. These scaffolds offer a unique opportunity to create biomimetic environments that support cell adhesion, proliferation, and differentiation, ultimately facilitating

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Fabrication Strategies for the Synthesis of Natural Product-Based Scaffold, a scaffold provides mechanical support and is based on premises such as cells, administration of signals and/or growth factors, and type of extracellular matrix required. Biopolymers are natural structures that are excellent candidates for the construction of scaffolds since they provide characteri

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Applications of Natural Product-Based Scaffold in Tissue Engineering,maged tissue or organs. Scaffolds are crucial for TE as they serve as a transient platform that offers direction and structural support during the development of new tissues. It promotes multiplication and adhesion of cells and the regeneration of the extracellular matrix, bones, muscles, and nerves

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Natural Gum (Xanthan, Gellan, Arabic, Guar, Ghatti Gum, Etc.)-Based Bio-Scaffold and Their Applicatpromising bio-scaffold materials. This chapter offers a comprehensive exploration of fundamental concepts in TE, emphasising the critical role of natural gum bio-scaffolds in guiding cell growth and tissue regeneration. Each natural gum is examined for its molecular composition, physical properties