readApaper#4 A Novel Grasping Robot Control Method Using Motion Execution BCI Combining Knowledge Reasoning
information
Title
A Novel Grasping Robot Control Method Using Motion Execution BCI Combining Knowledge Reasoning
Author
Rui Li; Jing Liu; Jinli Liu; Shiqiang Yang; Weiping Liu; Ke Deng; Wen Wang
Journal
IEEE Journal of Biomedical and Health Informatics
Year
2026
DOI
10.1109/JBHI.2025.3622255
abstract
Recently, with the growing number of disabled people, brain-controlled technology offers a novel way to help patients restore their daily abilities. However, the conventional brain- ...
readApaper#3 Remove Artifacts from a Single-Channel EEG Based on VMD and SOBI
information
Title
Remove Artifacts from a Single-Channel EEG Based on VMD and SOBI
Author
Changrui Liu; Chaozhu Zhang
Journal
Sensors
Year
2022
DOI
10.3390/s22176698
abstract
With the development of portable EEG acquisition systems, the collected EEG has gradually changed from being multi-channel to few-channel or single-channel, thus the removal of single-channel EEG signal artifacts is extremely significant. For the artifact removal of single-channel EEG signals, the current m ...
readApaper#2 Driver sleepiness detection with deep neural networks using electrophysiological data
information
Title
Driver sleepiness detection with deep neural networks using electrophysiological data
Author
Martin Hultman, Ida Johansson, Frida Lindqvist, Christer Ahlström
Journal
Physiological Measurement
Year
2021
DOI
10.1088/1361-6579/abe91e
abstract
Objective. The objective of this paper is to present a driver sleepiness detection model based on electrophysiological data and a neural network consisting of convolutional neural networks and a long short-term memory archit ...
readApaper#1 Variational mode decomposition-based EEG analysis for the classification of disorders of consciousness
information
Title
Variational Mode Decomposition-Based EEG Analysis for the Classification of Disorders of Consciousness
Author
Sreelakshmi Raveendran, Raghavendra Kenchaiah, Santhos Kumar, Jayakrushna Sahoo, M. K. Farsana, Ravindranadh Chowdary Mundlamuri, Sonia Bansal, V. S. Binu, A. G. Ramakrishnan, Subasree Ramakrishnan, and S. Kala
Journal
Frontiers in Neuroscience
Year
2024
DOI
10.3389/fnins.2024.1340528
abstract
Aberrant alterations in any of the two dimensions of conscio ...
组织工程_1.Introduction
组织工程基础
Key elements of Tissue engineering
cells
sacffolds
signals
goal
Tissue Engineering is the in vitro development (growth) of tissues or organs to replace or support the function of defective or injured body parts, or the directed management of the repair of tissues within the body (in vivo) 组织工程是在体外培养(生长)组织或器官,以替代或支持受损或受伤身体部位的功能,或对体内组织(体内)进行有目的地修复管理
Tissue engineering aims at repairing damaged tissue that is insufficient or cannot be repaired by the intrinsic repair mechanisms of organs ...
组织工程_2.Growth and differentiation
Cells
basic
Cells are the basic building blocks of living organisms, around 20 micrometer in diameter
they can survive in isolation only under carefully controlled conditions
Most cells will not grow well in suspension, and so they are usually grown attached to a substrate
组成
细胞核,细胞质,细胞器,细胞膜
All eukaryotic cells contain a nucleus, in which is located the genetic material that ultimately controls everything the cell is composed of and all the activities it carries out.
Nucleus is surrounded by ...
组织工程_3.ECM
basic
Cell-ECM interactions
Dynamic reciprocity 动态互作
the mechanism of ECM is an important component in embryonic inductions 动态互作解释了ECM在胚胎诱导过程中的机制
整体就是ECM与细胞表面受体分子作用, 受体分子调控细胞表达蛋白反过来影响ECM
ECM molecules interact with receptors on the surface of cells
Receptors transmit signals across the cell membrane to molecules in the cytoplasm细胞质.
These signals initiate a cascade级联 of events through the cytoskeleton into the nucleus, resulting in the expression of specific genes
Products of these genes, in t ...
组织工程_4.Morphogeneis & Soluble factors
basic
Morphogenesis is the developmental cascade of pattern formation, the establishment of the body plan and architecture of mirror-image bilateral symmetry of anatomical structures, culminating in the adult form.
形态发生是模式形成的发育级联过程,涉及身体蓝图的建立、解剖结构镜像双侧对称性的构建,最终形成成体形态
The goal of tissue engineering is to locally recapitulate the developmental process of morphogenesis.
组织工程的目标是在局部重现形态发生的发育过程
The three key ingredients for morphogenesis
inductive morphogenetic signal 诱导性形态发生信号
responding stem ce ...
组织工程_5.Mechanotransduction
basic
Mechanisms by which cells convert a mechanical stimulus into a chemical signal
Cells possess many mechanosensitive entities机械敏感实体 on their surface such as
Mechanosensitive ion channels 机械敏感离子通道
G-protein coupled or grow factor receptor G蛋白偶联或生长因子受体
Extracellular matrix binding receptors 细胞外基质结合受体
Cell-cell binding molecules 细胞间结合分子
Cryptic Binding Sites 隐蔽结合位点
图
Mechanosensitive Ion Channels
divided into two categories by the force vector the channels respond 根据其响应的力向量分为两类
force p ...
组织工程_6.biomaterial & delivery bioactive cues
What to control in delivery
Relevant (What?)
Temporal (when?)
Spatial (Where?)
Nanoscale (How?)
Multi-dimensional? (all above)
递送后脱落
Growth factor delivery
basic
Growth factors are by far the drugs of highest interest in tissue engineering.
Many of the growth factors are dimers, typically a receptor (kinase) that is bound to one subunit of the growth factor phosphorylating the receptor that is bound to the other 许多生长因子为二聚体,通常是一个亚基结合激酶,使另一个亚基结合的受体发生磷酸化
Examples of growth factors
BMPs, (INFUSE ...

