Titlebook: Microscale Technologies for Cell Engineering; Ankur Singh,Akhilesh K. Gaharwar Book 2016 Springer International Publishing Switzerland 201

bioavailability

Microscale Technologies for High-Throughput Analysis of Immune Cellsscribe advances in the NGS of antibody repertoires from B cell populations including its combination with microfluidicis-single cell analysis and proteomics technologies. We then describe how these approaches to antibody repertoire analysis have been used for monoclonal antibody discovery and engine

Hallmark

Microscale Cell Encapsulation Materials and Fabrication Techniques for Type 1 Diabetesomplish the encapsulation and immunoprotection, a variety of materials and microscale techniques have been developed. This chapter provides a brief overview of the different methods developed to fabricate microscale encapsulation materials and devices. We conclude that although challenging, fabricat

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Engineering Mechanical, Biochemical, and Topographical Niche Cues by Photocrosslinkable, Microribbonble hydrogels as a new generation of scaffolding materials. Gelatin-based microribbons provide independently tunable macroporosity and matrix stiffness, as gelatin-based biochemical ligands promote cell adhesion and proliferation. PEG-based microribbons enable the independent control of macroporosit

apropos

acquisition

Nanoparticulate Systems for Controlling Monocyte/Macrophage Behaviorsis. NPs can also be designed to have dual functions as both a diagnostic tool and a therapeutic, also known as theranostic, allowing simultaneous tracking and treatment. Recently, it was discovered that macrophages have the ability to switch from a pro-inflammatory (M1) to an anti-inflammatory/pro-

coagulation

Cardioversion

neolith

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