Javascript must be enabled to continue!
Gene Order of the Poliovirus Capsid Proteins
View through CrossRef
Two methods were used to determine the genetic map of the poliovirus capsid proteins. The first method uses pactamycin, a drug which selectively inhibits the initiation of protein synthesis and causes a change in the relative amounts of capsid proteins synthesized. This differential effect on each of the capsid proteins is interpreted as indicating the relative distance of each protein from the initiation site of protein synthesis. The second method involves an analysis of coat precursor molecules released from polyribosomes after a series of short pulses of different length terminated by addition of emetine, a drug which stops all protein synthesis almost immediately after its addition. As the pulse length is increased, each of the capsid proteins within the precursor gains radioactivity with different kinetics. From these kinetics, it is possible to determine the gene order of the capsid proteins within the precursor as well as a rate of protein synthesis. Both methods indicate a gene order for the region of the ribonucleic acid coding for the capsid proteins as (5′ → 3′) VP 4 - VP 2 - VP 3 - VP 1.
Title: Gene Order of the Poliovirus Capsid Proteins
Description:
Two methods were used to determine the genetic map of the poliovirus capsid proteins.
The first method uses pactamycin, a drug which selectively inhibits the initiation of protein synthesis and causes a change in the relative amounts of capsid proteins synthesized.
This differential effect on each of the capsid proteins is interpreted as indicating the relative distance of each protein from the initiation site of protein synthesis.
The second method involves an analysis of coat precursor molecules released from polyribosomes after a series of short pulses of different length terminated by addition of emetine, a drug which stops all protein synthesis almost immediately after its addition.
As the pulse length is increased, each of the capsid proteins within the precursor gains radioactivity with different kinetics.
From these kinetics, it is possible to determine the gene order of the capsid proteins within the precursor as well as a rate of protein synthesis.
Both methods indicate a gene order for the region of the ribonucleic acid coding for the capsid proteins as (5′ → 3′) VP 4 - VP 2 - VP 3 - VP 1.
Related Results
Conformational Dynamics of Nonenveloped Circovirus Capsid to the Host Cell Receptor
Conformational Dynamics of Nonenveloped Circovirus Capsid to the Host Cell Receptor
AbstractCircovirus, comprising one capsid protein, is the smallest nonenveloped virus and induces lymphopenia. Circovirus can be used to explore the cell adhesion mechanism of none...
Expression and polymorphism of genes in gallstones
Expression and polymorphism of genes in gallstones
ABSTRACT
Through the method of clinical case control study, to explore the expression and genetic polymorphism of KLF14 gene (rs4731702 and rs972283) and SR-B1 gene (rs...
Inactivation of an enterovirus by airborne disinfectants
Inactivation of an enterovirus by airborne disinfectants
Abstract
Background
The activity of airborne disinfectants on bacteria, fungi and spores has been reported. However, the issue of the virucidal e...
Effect of Ionic Presence on Chlorine Disinfection of Animal Viruses
Effect of Ionic Presence on Chlorine Disinfection of Animal Viruses
Work by Scarpino in 1972 indicated that disinfection rates are affected by ionic presence. When disinfecting coxackievirus A9 with H0C1 at pH 6.0 in the presence of 0.05M KC1 the e...
Identification of heparin‐binding proteins in bovine seminal plasma
Identification of heparin‐binding proteins in bovine seminal plasma
AbstractA group of four similar proteins, BSP‐A1, BSP‐A2, BSP‐A3, and BSP‐30‐kDa, represent the major acidic proteins found in bovine seminal plasma (BSP). These proteins are secre...
Switchable Conformation in Protein Subunits: Unveiling Assembly Dynamics of Icosahedral Viruses
Switchable Conformation in Protein Subunits: Unveiling Assembly Dynamics of Icosahedral Viruses
The packaging of genetic material within a protein shell, called the capsid, marks a pivotal step in the life cycle of numerous single-stranded RNA viruses. Understanding how hundr...
Deciphering the immunogenic potential of wheat flour: a reference map of the salt-soluble proteome from the U.S. wheat Butte 86
Deciphering the immunogenic potential of wheat flour: a reference map of the salt-soluble proteome from the U.S. wheat Butte 86
Abstract
Background
Within the complex wheat flour proteome, the gluten proteins have attracted most of the attention because of their importance in determining the functional prop...
Molecular Evolution of the Capsid Gene in Norovirus Genogroup I
Molecular Evolution of the Capsid Gene in Norovirus Genogroup I
AbstractWe studied the molecular evolution of the capsid gene in all genotypes (genotypes 1–9) of human norovirus (NoV) genogroup I. The evolutionary time scale and rate were estim...

