Cargos and genes: insights into vesicular transport from inherited human disease

P Gissen, ER Maher - Journal of medical genetics, 2007 - jmg.bmj.com
Journal of medical genetics, 2007jmg.bmj.com
Many cellular functions depend on the correct delivery of proteins to specific intracellular
destinations. Mutations that alter protein structure and disrupt trafficking of the protein (the
“cargo”) occur in many genetic disorders. In addition, an increasing number of disorders
have been linked to mutations in the genes encoding components of the vesicular transport
machinery responsible for normal protein trafficking. We review the clinical phenotypes and
molecular pathology of such inherited “protein-trafficking disorders”, which provide seminal …
Many cellular functions depend on the correct delivery of proteins to specific intracellular destinations. Mutations that alter protein structure and disrupt trafficking of the protein (the “cargo”) occur in many genetic disorders. In addition, an increasing number of disorders have been linked to mutations in the genes encoding components of the vesicular transport machinery responsible for normal protein trafficking. We review the clinical phenotypes and molecular pathology of such inherited “protein-trafficking disorders”, which provide seminal insights into the molecular mechanisms of protein trafficking. Further characterisation of this expanding group of disorders will provide a basis for developing new diagnostic techniques and treatment strategies and offer insights into the molecular pathology of common multifactorial diseases that have been linked to disordered trafficking mechanisms.
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