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TOC Alert for Publication# 7728 2018April 19<![CDATA[Front cover]]>171C1C1319<![CDATA[IEEE Transactions on NanoBioscience publication information]]>171C2C289<![CDATA[Table of contents]]>17111134<![CDATA[New Heights in 2017, Pushing on in 2018!]]>17122377<![CDATA[A Unified Mathematical Model for Nano-Liposomal Drug Delivery to Solid Tumors]]>1713111994<![CDATA[Detection of Significant Copy Number Variations From Multiple Samples in Next-Generation Sequencing Data]]>17112201430<![CDATA[Adaptive Detection and ISI Mitigation for Mobile Molecular Communication]]>17121351860<![CDATA[Computing Biomolecular System Steady-States]]>1713643967<![CDATA[Maximum Likelihood Detection With Ligand Receptors for Diffusion-Based Molecular Communications in Internet of Bio-Nano Things]]>17144541136<![CDATA[Computational Prediction of HCV-Human Protein-Protein Interaction via Topological Analysis of HCV Infected PPI Modules]]>17155612610<![CDATA[Pinpoint Delivery of Molecules by Using Electron Beam Addressing Virtual Cathode Display]]>17162692693<![CDATA[Biophysical Characteristics of Human Neuroblastoma Cell in Oligomeric $beta $ -Amyloid (1–40) Cytotoxicity]]>1-40 and Aβ_{1-42} with various lengths. In this research, atomic force microscopy (AFM) was applied to investigate Aβ_{1-40} aggregations in Hank's Balanced Salt Solution. Toxic effect of Aβ_{1-40} oligomer was investigated in live SH-SY5Y neuroblastoma cells by characterizing cell morphology and cell mechanics using high-resolution AFM scanning. Aβ_{1-40} oligomer-induced cytoskeleton reorganization was also observed under confocal microscopy, and it can account for reduction in Young's modulus of cells. Meanwhile, phosphorylation of tau increased after Aβ_{1-40} oligomer treatment, possibly resulting in microtubule disassembly. This paper demonstrates the linkage between cellular mechanical changes and neurodegeneration mediated by Aβ_{1-40}. The method used implies promising applications of real-time monitoring of cellular mechanical properties given the toxic effects of Aβ_{1-40} on living neuronal cells.]]>17170772579<![CDATA[Axonal Channel Capacity in Neuro-Spike Communication]]>1717887925<![CDATA[Shannon Meets Fick on the Microfluidic Channel: Diffusion Limit to Sum Broadcast Capacity for Molecular Communication]]>1718894897<![CDATA[Erratum to “Nanocommunication via FRET With DyLight Dyes Using Multiple Donors and Acceptors”]]>[1], an exponent $n$ is missing from equations (5) and (6). The correct version of the equations are as follows:begin{align*}&qquad ~~quad left ({ {1-frac {mcdot R_{0}^{6}}{r^{6}+mcdot R_{0}^{6}}} }right )^{n} tag{5}\&E_{n,m} =1-left ({ {1-frac {mcdot R_{0}^{6}}{r^{6}+mcdot R_{0}^{6}}} }right )^{n}. tag{6}end{align*} ]]>1719595291<![CDATA[IEEE Transactions on NanoBioscience information for authors]]>171C3C357<![CDATA[Blank page]]>171C4C42