Add to ORKGThe order of addition of amino acids to a growing protein is determined by the codon sequence of a messenger RNA molecule. This translation process was studied in vitro with a cell-free protein synthesis system derived from Escherichia coli. The rate of protein synthesis was proportional to the amount of messenger RNA added to the system. However, it was observed that different messenger RNA\u27s were not equally effective in promoting protein synthesis. Experiments were conducted to determine why the rate of protein synthesis depends on the type of messenger RNA
To synthesize a protein, a ribosome moves along a messenger RNA (mRNA), reads it codon by codon, and...
The acquisition of protein secondary and tertiary structure depends on the primary sequence of amino...
<div><p>To synthesize a protein, a ribosome moves along a messenger RNA (mRNA), reads it codon by co...
The biochemical process of protein synthesis, known as translation, is comprised and dependent upon ...
Protein synthesis is controlled at the level of translation initiation. Cells rapidly respond to env...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
During translation elongation, amino acid residues are repetitively added to the growing nascent pep...
AbstractThe genetic information in DNA is transcribed to mRNA and then translated to proteins, which...
Cell-free coupled transcription–translation systems with bacterial lysates are widely used to synthe...
It is not possible to select one competing substrate molecule over another one when the selection sy...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
Cell-free protein synthesis exploits the catalytic machinery of the cell to produce active proteins....
The study of protein synthesis, and the study of gene expression in general, has accelerated in rece...
AbstractThe sequencing of genomes of several organisms and advances in high throughput technologies ...
AbstractTranslation is a central cellular process and the complexity of its mechanism necessitates m...
To synthesize a protein, a ribosome moves along a messenger RNA (mRNA), reads it codon by codon, and...
The acquisition of protein secondary and tertiary structure depends on the primary sequence of amino...
<div><p>To synthesize a protein, a ribosome moves along a messenger RNA (mRNA), reads it codon by co...
The biochemical process of protein synthesis, known as translation, is comprised and dependent upon ...
Protein synthesis is controlled at the level of translation initiation. Cells rapidly respond to env...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
During translation elongation, amino acid residues are repetitively added to the growing nascent pep...
AbstractThe genetic information in DNA is transcribed to mRNA and then translated to proteins, which...
Cell-free coupled transcription–translation systems with bacterial lysates are widely used to synthe...
It is not possible to select one competing substrate molecule over another one when the selection sy...
Sixty-one codons specify 20 amino acids, offering cells many options for encoding a polypeptide sequ...
Cell-free protein synthesis exploits the catalytic machinery of the cell to produce active proteins....
The study of protein synthesis, and the study of gene expression in general, has accelerated in rece...
AbstractThe sequencing of genomes of several organisms and advances in high throughput technologies ...
AbstractTranslation is a central cellular process and the complexity of its mechanism necessitates m...
To synthesize a protein, a ribosome moves along a messenger RNA (mRNA), reads it codon by codon, and...
The acquisition of protein secondary and tertiary structure depends on the primary sequence of amino...
<div><p>To synthesize a protein, a ribosome moves along a messenger RNA (mRNA), reads it codon by co...