this paper may be relevant to all of the above fields, although it lies primarily within the computational neuroscience and artificial neural network fields. By modelling the growth cone, methods may be developed to allow a finer control on the way in which nerves can be artificially regenerated and manipulated. The following section describes the inner structure of the growth cone, and the mechanisms by which it is able to correctly guide the growing axon to its target. Chapter 4 The biology of growth cones 4.1 Backgroun
Cell migration is a ubiquitous process underlying critical biological mechanisms like wound healing,...
The overall strategy used by growing axons to find their correct paths during the nervous system dev...
INTRODUCTION The neuronal growth cone is a dynamic, "shape changing" structure which guid...
A nerve growth cone is a mechanical structure that responds to chemical signals in order to guide ax...
Proper wiring up of the nervous system is critical to the development of organisms capable of comple...
The human brain assembles an incredible network of over a billion neurons. Understanding how these c...
The establishment of a functioning neuronal network is a crucial step in neural development. During ...
The complex patterns of neuronal wiring in the adult nervous system depend on a series of guidance e...
AbstractGrowth cones are highly motile structures found at the leading edge of developing and regene...
A mathematical model is developed to describe and investigate interstitial branching of axonal netwo...
Neuroplasticity, the ability for neurons to reorganize and form new connections, has major implicati...
A fundamental feature of both early nervous system development and axon regeneration is the guidance...
The development of neural tissue is a complex organizing process, in which it is difficult to grasp ...
In the paper a new method to develop neural networks is proposed. The method is based on the idea of...
The formation of neuron networks is a process of fundamental importance for understanding the develo...
Cell migration is a ubiquitous process underlying critical biological mechanisms like wound healing,...
The overall strategy used by growing axons to find their correct paths during the nervous system dev...
INTRODUCTION The neuronal growth cone is a dynamic, "shape changing" structure which guid...
A nerve growth cone is a mechanical structure that responds to chemical signals in order to guide ax...
Proper wiring up of the nervous system is critical to the development of organisms capable of comple...
The human brain assembles an incredible network of over a billion neurons. Understanding how these c...
The establishment of a functioning neuronal network is a crucial step in neural development. During ...
The complex patterns of neuronal wiring in the adult nervous system depend on a series of guidance e...
AbstractGrowth cones are highly motile structures found at the leading edge of developing and regene...
A mathematical model is developed to describe and investigate interstitial branching of axonal netwo...
Neuroplasticity, the ability for neurons to reorganize and form new connections, has major implicati...
A fundamental feature of both early nervous system development and axon regeneration is the guidance...
The development of neural tissue is a complex organizing process, in which it is difficult to grasp ...
In the paper a new method to develop neural networks is proposed. The method is based on the idea of...
The formation of neuron networks is a process of fundamental importance for understanding the develo...
Cell migration is a ubiquitous process underlying critical biological mechanisms like wound healing,...
The overall strategy used by growing axons to find their correct paths during the nervous system dev...
INTRODUCTION The neuronal growth cone is a dynamic, "shape changing" structure which guid...