Triplet periodicity (TP) is distinguishing property of protein coding sequences of both prokaryote and eukaryote genomes which studied for decades. In the work we explored distributions of triplet periodicity difference inside and between bacterial genomes. We constructed two hypothesis of TP distribution on set of coding sequences and simulated corresponding artificial datasets. We found that triplet periodicity is more similar inside genome than between genomes and that TP distribution inside genome corresponds to hypothesis which imply common TP pattern for majority of sequences
The definition of a phase shift of triplet periodicity (TP) is introduced. The mathematical algorith...
Abstract. Prokaryotic sequences are responsible for more than just protein coding. There are two 10-...
Motivation: The study of repeats in biosequences is important because repeats in sequence often lead...
Triplet periodicity (TP) is distinguishing property of protein coding sequences of both prokaryote ...
The triplet periodicity (TP) is a distinguished property of protein coding sequences. There are com...
Periodicity in nucleotide sequences arises from regular repeating patterns which may reflect importa...
The statistical study of different populations of genes, with principal component analyses (PCA) and...
Summary. We analyzed several prokaryotic and eukaryotic genomes looking for the periodicity sequence...
Periodicity was quantified in 4289 Escherichia coli K12 confirmed and putative protein sequences, us...
The distribution of nucleotides in protein coding genes is studied with autocorrelation functions[ T...
Periodicity in nucleotide sequences arises from regular repeating patterns that may reflect importan...
Many proteins exhibit sequence periodicity, often correlated with a visible structural periodicity. ...
Periodicity was quantified in 4289 Escherichia coli K12 confirmed and putative protein sequences, us...
International audienceRecently, shifted periodicities 1 module 3 and 2 module 3 have been identified...
AbstractA simple model is put forward to explain the long-known three-base periodicity in coding DNA...
The definition of a phase shift of triplet periodicity (TP) is introduced. The mathematical algorith...
Abstract. Prokaryotic sequences are responsible for more than just protein coding. There are two 10-...
Motivation: The study of repeats in biosequences is important because repeats in sequence often lead...
Triplet periodicity (TP) is distinguishing property of protein coding sequences of both prokaryote ...
The triplet periodicity (TP) is a distinguished property of protein coding sequences. There are com...
Periodicity in nucleotide sequences arises from regular repeating patterns which may reflect importa...
The statistical study of different populations of genes, with principal component analyses (PCA) and...
Summary. We analyzed several prokaryotic and eukaryotic genomes looking for the periodicity sequence...
Periodicity was quantified in 4289 Escherichia coli K12 confirmed and putative protein sequences, us...
The distribution of nucleotides in protein coding genes is studied with autocorrelation functions[ T...
Periodicity in nucleotide sequences arises from regular repeating patterns that may reflect importan...
Many proteins exhibit sequence periodicity, often correlated with a visible structural periodicity. ...
Periodicity was quantified in 4289 Escherichia coli K12 confirmed and putative protein sequences, us...
International audienceRecently, shifted periodicities 1 module 3 and 2 module 3 have been identified...
AbstractA simple model is put forward to explain the long-known three-base periodicity in coding DNA...
The definition of a phase shift of triplet periodicity (TP) is introduced. The mathematical algorith...
Abstract. Prokaryotic sequences are responsible for more than just protein coding. There are two 10-...
Motivation: The study of repeats in biosequences is important because repeats in sequence often lead...