The chapter describes a novel computational ap-proach to modeling the cortex dynamics that integrates gene–protein regulatory networks with a neural network model. Interaction of genes and proteins in neurons affects the dynamics of the whole neural network. We have adopted an exploratory approach of investigating many ran-domly generated gene regulatory matrices out of which we kept those that generated interesting dynamics. This naïve brute force approach served us to explore the potential application of compu-tational neurogenetic models in relation to gene knock-out experiments. The knock out of a hy-pothetical gene for fast inhibition in our artificial genome has led to an interesting neural activity
This chapter presents modelling gene regulatory networks (GRNs) using probabilistic causal model and...
The significant increase in the availability of postgenomic data has stimulated the growth of hypoth...
Brain function depends on the specialisation of brain areas. In the murine cerebral cortex, the deve...
This paper introduces a novel connectionist approach to neural network modelling that integrates dyn...
We present new results from Computational Neurogenetic Modeling to aid discoveries of complex gene i...
Abstract. Computational neuro-genetic models (CNGM) combine two dynamic mod-els – a gene regulatory ...
Abstract-The paper presents a novel, biologically plausible spiking neuronal model that includes a d...
Computational neuro-genetic models (CNGM) combine two dynamic models – a gene regulatory network (GR...
The paper proposes a novel research framework for building probabilistic computational neurogenetic ...
The direct reprogramming of adult skin fibroblasts to neurons is thought to be controlled by a small...
The cerebral cortex is divided into many functionally distinct areas. The emergence of these areas d...
The cerebral cortex is divided into many functionally distinct areas. The emergence of these areas d...
In this paper we provide a brief introduction to three computational methods involving non-linear ne...
Abstract—Biological neurons are extremely complex cells whose morphology grows and changes in respon...
The present work initiates a research line in the study of artificial life, through a preliminary ch...
This chapter presents modelling gene regulatory networks (GRNs) using probabilistic causal model and...
The significant increase in the availability of postgenomic data has stimulated the growth of hypoth...
Brain function depends on the specialisation of brain areas. In the murine cerebral cortex, the deve...
This paper introduces a novel connectionist approach to neural network modelling that integrates dyn...
We present new results from Computational Neurogenetic Modeling to aid discoveries of complex gene i...
Abstract. Computational neuro-genetic models (CNGM) combine two dynamic mod-els – a gene regulatory ...
Abstract-The paper presents a novel, biologically plausible spiking neuronal model that includes a d...
Computational neuro-genetic models (CNGM) combine two dynamic models – a gene regulatory network (GR...
The paper proposes a novel research framework for building probabilistic computational neurogenetic ...
The direct reprogramming of adult skin fibroblasts to neurons is thought to be controlled by a small...
The cerebral cortex is divided into many functionally distinct areas. The emergence of these areas d...
The cerebral cortex is divided into many functionally distinct areas. The emergence of these areas d...
In this paper we provide a brief introduction to three computational methods involving non-linear ne...
Abstract—Biological neurons are extremely complex cells whose morphology grows and changes in respon...
The present work initiates a research line in the study of artificial life, through a preliminary ch...
This chapter presents modelling gene regulatory networks (GRNs) using probabilistic causal model and...
The significant increase in the availability of postgenomic data has stimulated the growth of hypoth...
Brain function depends on the specialisation of brain areas. In the murine cerebral cortex, the deve...