Single-cell sequencing techniques are becoming more and more used. Methods to compute RNA velocity are improving. In this work, the main purpose is to study in deep the relation between RNA velocity and the interaction of genes, in order to reconstruct the corresponding Gene Regulatory Network.

Single-cell sequencing techniques are becoming more and more used. Methods to compute RNA velocity are improving. In this work, the main purpose is to study in deep the relation between RNA velocity and the interaction of genes, in order to reconstruct the corresponding Gene Regulatory Network.

Evaluation of RNA velocity as a signal for the reconstruction of gene regulatory networks.

FARNEA, GRETA
2021/2022

Abstract

Single-cell sequencing techniques are becoming more and more used. Methods to compute RNA velocity are improving. In this work, the main purpose is to study in deep the relation between RNA velocity and the interaction of genes, in order to reconstruct the corresponding Gene Regulatory Network.
2021
Evaluation of RNA velocity as a signal for the reconstruction of gene regulatory networks.
Single-cell sequencing techniques are becoming more and more used. Methods to compute RNA velocity are improving. In this work, the main purpose is to study in deep the relation between RNA velocity and the interaction of genes, in order to reconstruct the corresponding Gene Regulatory Network.
Single cell
RNA velocity
Gene networks
SALES, GABRIELE
Lauree magistrali
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/34900