AbstractRecent experimental data show that some human genetic diseases are due to mutations in proteins which influence their trafficking and lead to retaining of proteins in the endoplasmic reticulum or their unproper processing. In this paper a hypothesis is proposed that these mutations are connected with an incomplete protein folding, blocking it at the stage of the kinetic molten globule or even earlier. If so, the specific drugs against these diseases may be ligands and other factors which facilitate the correct protein folding
AbstractThough an increasing variety of chaperonins are emerging as important factors in directing p...
For many years, protein misfolding was the basis for biochemical and biophysical studies in vitro or...
Many diseases arise from mutations, which impair protein folding. The study of folding-deficient var...
AbstractRecent experimental data show that some human genetic diseases are due to mutations in prote...
Most proteins fold into their native structure through defined pathways which involve a limited numb...
Most proteins fold into their native structure through well defined pathways which involve a limited...
Many Mendelian monogenic disorders are caused by loss of the function of a single protein. This can ...
For most of proteins to be active, they need well-defined three-dimensional structures alone or in c...
AbstractConformational diseases result from the failure of a specific protein to fold into its corre...
SummaryLoss-of-function diseases are often caused by a mutation in a protein traversing the secretor...
Mutations in protein coding regions underlie almost all Mendelian disorders, drive tumorigenesis, an...
AbstractGenetic diseases associated with an enzyme deficiency frequently have reduced intracellular ...
AbstractDiverse human disorders, including several neurodegenerative diseases and systemic amyloidos...
Mechanistic ‘physics ’ models of protein folding fail to account for the observed spectrum of protei...
Protein folding is the process by which a polypeptide chain acquires its functional, native 3D struc...
AbstractThough an increasing variety of chaperonins are emerging as important factors in directing p...
For many years, protein misfolding was the basis for biochemical and biophysical studies in vitro or...
Many diseases arise from mutations, which impair protein folding. The study of folding-deficient var...
AbstractRecent experimental data show that some human genetic diseases are due to mutations in prote...
Most proteins fold into their native structure through defined pathways which involve a limited numb...
Most proteins fold into their native structure through well defined pathways which involve a limited...
Many Mendelian monogenic disorders are caused by loss of the function of a single protein. This can ...
For most of proteins to be active, they need well-defined three-dimensional structures alone or in c...
AbstractConformational diseases result from the failure of a specific protein to fold into its corre...
SummaryLoss-of-function diseases are often caused by a mutation in a protein traversing the secretor...
Mutations in protein coding regions underlie almost all Mendelian disorders, drive tumorigenesis, an...
AbstractGenetic diseases associated with an enzyme deficiency frequently have reduced intracellular ...
AbstractDiverse human disorders, including several neurodegenerative diseases and systemic amyloidos...
Mechanistic ‘physics ’ models of protein folding fail to account for the observed spectrum of protei...
Protein folding is the process by which a polypeptide chain acquires its functional, native 3D struc...
AbstractThough an increasing variety of chaperonins are emerging as important factors in directing p...
For many years, protein misfolding was the basis for biochemical and biophysical studies in vitro or...
Many diseases arise from mutations, which impair protein folding. The study of folding-deficient var...