Opening and Greetings
The mission of the Ministry of Science and Technology
Overcoming incompatible boundaries between living cells and manmade electronics: multisite, long-term intracellular recordings by extracellular electrodes
Probing the interface between cells and nanoscale electrode
Mesh electronics: A paradigm for tissue/neuron like brain probes
Neurons on nanotopographies
Carbon based nanomaterials for active neuronal interfacing: impact on signaling and regrowth
Planar and implantable CMOS multielectrode arrays for high-resolution electrophysiology in neuronal networks and brain circuits
Nanowires: a promising material for designing neural implants
Intrinsic and extrinsic control of axonal pruning
Using multielectrode arrays and automated microscopy to study relationships between synaptic remodeling and network activity
Sleep regulates chromosome dynamics and nuclear maintenance in single wake-active neurons
A rapid and deep all-optical interrogation of behaviorally relevant activity patterns
Day 1
Hybrid retinal implant for restoration of sight to the blind
Spatio-temporal patterns of cortical responses underlying visual processing, perception and microstimulation in behaving monkeys
Photovoltaic restoration of sight in retinal degeneration
Imaging single-synaptic vesicle release
Gap junctional proteins and the formation of coupled neural circuits
The Chinese Brain Project and non-human primate research in China
Inducible and deterministic forward programming of human pluripotent stem cells into somatic cell types. The stem cell promise fulfilled?
ALS as a spatiotemporal mis-localization disease
Microphysiological iPSC-based Blood Brain Barrier platform for personalized medicine
CMOS-MEAs for characterizing neuronal dynamics in vitro at high spatiotemporal resolution
Electrical imaging and stimulation of retinal cells and circuits using CMOS-based electrode arrays
A short tour in Jaffa and dinner for invited speakers
From 2D to 3D platforms for directing neurons and neural growth
Spinal cord regeneration using stem cells and 3D scaffolds
Engineering personalized tissue implants
Scalable CMOS technology for volumetric deep brain recording
In-vivo optogenetic neural interfaces
Large scale functional connectivity mapping in cortical circuits
Neural computation in C. elegans
New types of experiments reveal that a neuron functions as multiple independent threshold units
Neurons as active gels: the mechanics of action potentials
Modeling PolyQ diseases using pluripotent stem cells
Revealing new physiology with brain in vitro models
12 years of Nanotechnology in Israel
Supported by Nano Letters