Titlebook: Biomedical Engineering and its Applications in Healthcare; Sudip Paul Book 2019 Springer Nature Singapore Pte Ltd. 2019 Biomedical signal

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Introduction to Ideal Characteristics and Advanced Biomedical Applications of Biomaterialse evolution made them more potent, versatile, and easy for clinical practice. However, the mimicking of the materials is not at all absolute, and in some cases it is very minimal as compared to the native tissues. The course of development of a biomaterial needs a strong understanding of the basic c

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ORBIT

Ceramics for Biomedical Applicationsl implants. Due to low fracture toughness and high hardness, sintered stage machining is not preferable for ceramics. Advancement of gelcasting and protein coagulation casting of ceramics is promoting green stage machining in recent time due to their high green strength. Interestingly, custom design

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Biopolymeric Scaffolds for Tissue Engineering Applicationlves, cartilages, bones, muscle, nerves, liver, bladder, etc. The scaffold provides the necessary provision for the cells to attach, multiply, and sustain their distinguished functions. In recent years, polymeric scaffolds play a significant role in the tissue engineering application. A wide range o

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Surface Modifications in Ti-Based Orthopaedic Implantsey can directly contribute to improve the quality and long life of human beings. Among a wide range of metallic biomaterials, Ti and its alloys have been extensively used to manufacture implantable components in numerous dental and orthopaedic applications. Their demand in this specific area of appl

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Biomedical Instrumentation: Focus Toward Point-of-Care Devicesment of new algorithms and instruments to solve health-related problems. Development of BMI involves interdisciplinary understanding in different fields such as engineering technologies, materials science, and medical science which finally aim to improve human health by timely diagnosis and suitable

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Techniques/Tools to Study Epigenetic Biomarkers in Human Cancer Detectionific gene expression in mammals. However, altered epigenetic processes contributed to change in gene expression and transform cell to malignant type. Global epigenetic changes such as DNA methylation (hypomethylation and hypermethylation), histone modification (acetylation and phosphorylation), and

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