The SBiP1 3D structure obtained by AlphaFold2 (red) was superimposed on the 3D structure of H. sapiens BiP (cyan; PDB: 5e84). A close structural homology between both 3D structures is observed. (PDF)</p
The members of cupin superfamily exhibit large variations in their sequences, functions, organizatio...
Predicted structures of H2A/H2A by AWSEM (A) and AlphaFold2 (B) are shown, respectively. The two cha...
Homology modeling is a powerful tool in predicting the three dimensional (3D) structure of a protein...
<p>(A) Stereo view of Cα superposition of the structures: Hcp from <i>A</i>. <i>baumannii</i> (grey)...
Proteins are the molecular machines of the cell that fold into specific three-dimensional structures...
<p>(A) Domain structure of IKKβ. IKKβ can be divided into three function domains: a kinase domain (K...
<p>Alignment of sequences (<b>A</b>) and structures (<b>B</b>) of PNC homologues from <i>P.horikoshi...
(A) Structure-based sequence alignment of the C-terminal regions of Homo sapiens Polε A subunit (PDB...
Life is driven by proteins as molecular machines. To properly understand these, detailed 3D protein ...
A) Cartoon representation of the X-ray structure of Cytochrome b of Gallus gallus (PDBID 1BBC). The ...
In blue, the signal peptide; in orange, the nucleotide binding domain (NBD); in cyan, the hydrophobi...
<p>(A) SDS-PAGE of wild-type and chemically modified BiP with increasing levels of 4-ONE. Increasing...
(A) Model structures of the indicated proteins released by AlphaFold. Structured domains are annotat...
<p>(<b>A</b>) The left structure is the monomeric Smr domain of <i>H. sapiens</i> B3bp (B3bp-Smr), a...
<p>Structure superimposition of modeled (cyan) and crystal (green) structure of Hb-Hp complex (a) as...
The members of cupin superfamily exhibit large variations in their sequences, functions, organizatio...
Predicted structures of H2A/H2A by AWSEM (A) and AlphaFold2 (B) are shown, respectively. The two cha...
Homology modeling is a powerful tool in predicting the three dimensional (3D) structure of a protein...
<p>(A) Stereo view of Cα superposition of the structures: Hcp from <i>A</i>. <i>baumannii</i> (grey)...
Proteins are the molecular machines of the cell that fold into specific three-dimensional structures...
<p>(A) Domain structure of IKKβ. IKKβ can be divided into three function domains: a kinase domain (K...
<p>Alignment of sequences (<b>A</b>) and structures (<b>B</b>) of PNC homologues from <i>P.horikoshi...
(A) Structure-based sequence alignment of the C-terminal regions of Homo sapiens Polε A subunit (PDB...
Life is driven by proteins as molecular machines. To properly understand these, detailed 3D protein ...
A) Cartoon representation of the X-ray structure of Cytochrome b of Gallus gallus (PDBID 1BBC). The ...
In blue, the signal peptide; in orange, the nucleotide binding domain (NBD); in cyan, the hydrophobi...
<p>(A) SDS-PAGE of wild-type and chemically modified BiP with increasing levels of 4-ONE. Increasing...
(A) Model structures of the indicated proteins released by AlphaFold. Structured domains are annotat...
<p>(<b>A</b>) The left structure is the monomeric Smr domain of <i>H. sapiens</i> B3bp (B3bp-Smr), a...
<p>Structure superimposition of modeled (cyan) and crystal (green) structure of Hb-Hp complex (a) as...
The members of cupin superfamily exhibit large variations in their sequences, functions, organizatio...
Predicted structures of H2A/H2A by AWSEM (A) and AlphaFold2 (B) are shown, respectively. The two cha...
Homology modeling is a powerful tool in predicting the three dimensional (3D) structure of a protein...
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