Amino acid sequences of proteins used in this study with their identifiers and taxonomic classification. Abbreviations of species names match with those used in Figs 1 and S1. For YTHDF proteins, the canonical YTH domain is colored in blue, and long internal insertions within the YTH domain are highlighted in a paler shade of blue. Additional folded domains are marked in other colors. The sequence of the IDR used for biophysical simulations of some of the proteins is the entire sequence upstream to the YTH domain. For the human fused in sarcoma (FUS) RNA-binding protein used as control for the analyses of IDR properties, the IDR sequence is highlighted in bold. (XLSX)</p
Intrinsically disordered regions (IDRs) are regions of proteins that do not autonomously fold into s...
Amino acid sequence analysis provides important insight into the structure of proteins, which in tur...
Modern gene sequencing methods and the genome projects have been depositing data in the public datab...
<p>Mature ligand and receptor/co-receptor ecto domains were compared. Identities were calculated rel...
In order to study the relationship between amino acid sequences and protein functions, we developed ...
Immunoglobulins (Ig) are highly modular proteins, consisting of variable and constant domains, which...
In order to study the relationship between amino acid sequences and protein functions, we developed ...
In order to study the relationship between amino acid sequences and protein functions, we developed ...
<p>(<b>A</b>): Computer graphic representation of a part of the complex between a single staphylococ...
<p>Protein sequence of all T cell antigenic regions identified during the study.</p
Biochemical and biophysical experiments are essential for uncovering the three-dimensional structure...
Full length, eukaryotic proteins generally consist of several autonomously folding and functioning d...
Full length, eukaryotic proteins generally consist of several autonomously folding and functioning d...
Intrinsically disordered regions (IDRs) are regions of proteins that do not autonomously fold into s...
(A) Nucleotide sequence of KDDR is shown in lowercase letters, and the deduced amino acid sequence i...
Intrinsically disordered regions (IDRs) are regions of proteins that do not autonomously fold into s...
Amino acid sequence analysis provides important insight into the structure of proteins, which in tur...
Modern gene sequencing methods and the genome projects have been depositing data in the public datab...
<p>Mature ligand and receptor/co-receptor ecto domains were compared. Identities were calculated rel...
In order to study the relationship between amino acid sequences and protein functions, we developed ...
Immunoglobulins (Ig) are highly modular proteins, consisting of variable and constant domains, which...
In order to study the relationship between amino acid sequences and protein functions, we developed ...
In order to study the relationship between amino acid sequences and protein functions, we developed ...
<p>(<b>A</b>): Computer graphic representation of a part of the complex between a single staphylococ...
<p>Protein sequence of all T cell antigenic regions identified during the study.</p
Biochemical and biophysical experiments are essential for uncovering the three-dimensional structure...
Full length, eukaryotic proteins generally consist of several autonomously folding and functioning d...
Full length, eukaryotic proteins generally consist of several autonomously folding and functioning d...
Intrinsically disordered regions (IDRs) are regions of proteins that do not autonomously fold into s...
(A) Nucleotide sequence of KDDR is shown in lowercase letters, and the deduced amino acid sequence i...
Intrinsically disordered regions (IDRs) are regions of proteins that do not autonomously fold into s...
Amino acid sequence analysis provides important insight into the structure of proteins, which in tur...
Modern gene sequencing methods and the genome projects have been depositing data in the public datab...