Target intelligence / Profile preview

Phenylalanine Hydroxylase Gene Transference

Molecular classification
Gene therapy, Enzyme replacement therapy, Gene
01

Overview

Phenylalanine hydroxylase (PAH) is an enzyme encoded by the PAH gene. Deficiency or mutations in the PAH gene result in phenylketonuria (PKU), a metabolic disorder characterized by elevated levels of phenylalanine in blood and tissues. Gene transfer strategies aim to introduce functional copies of the human PAH gene into cells lacking normal activity, offering a potential cure for PKU at its genetic root rather than managing symptoms through dietary restriction alone. Preclinical studies demonstrate feasibility using both plasmid-based and viral vector-mediated delivery systems in cell culture models and animal hepatocytes. Ongoing research aims at translating these findings toward clinical application.

Other names
PAH gene transferPhenylalanine hydroxylase gene therapyPAH gene therapyGene therapy for PKU
02

Mechanism of action

Introduction of functional PAH gene to restore phenylalanine hydroxylase activity

03

Biological functions

Restoration of phenylalanine metabolismRestoration of tyrosine synthesisCorrection of genetic defect
04

Disease associations

Phenylketonuria (PKU)
05

Safety considerations

Insertional mutagenesisImmune response to viral vectorOff-target effects of gene transferLong-term expression and stability of transgene
06

Biomarkers

Plasma phenylalanine levelsPAH enzyme activity in hepatocytesExpression levels of transferred PAH gene

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