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The class-I AAtRSs and HIGH-motif NTases belong to the HUP (HIGH, UspA, Photolyase/PP-loop) superclass of Rossmannoid domains that, just as predicted for the CDPSs, contain a core sheet with 5 strands [ 13].
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The results indicate a core-sheet morphology in the immiscible blend, as the less viscous LDPE encircles the m-LLDPE phase.
However, the apparent rarity of the simple 4-stranded versions suggests that there appears to be a tendency to elaborate the core sheet to provide an increased interface for interactions.
The acquisition of this additional strand has resulted in the emergence of a connector arm that joins it to the terminal conserved strand of the core sheet.
Increasing the corrugation angle and the core sheet thickness improved the specific bending strength of the sandwich structure, while increasing the bond length led to a reduction in the specific bending strength.
The WWE domain appears to have acquired an additional strand after the terminal strand which is inserted in the middle of the core sheet.
The 5-stranded assemblage is unified by the addition of the fifth strand to the core sheet and the consequent emergence of the "connector arm" linking the additional strand to the terminal strand.
The structures show striking similarities, with a core β-sheet adorned with a number of surrounding α-helices.
This residue is conserved across the EF1 superfamily (fig. 4B) reflecting its important structural role in a core β-sheet adjacent to the GTPase switch II (G3) motif that interacts with bound GTP/GDP [ 69].
The enzyme has a homotetrameric structure, with each subunit containing a Rossman fold dinucleotide-binding motif, composed of a core β-sheet of seven parallel strands flanked by six α-helices, which is involved in the interaction with the cofactor (NAD).
The standard form consists of a biographical cover sheet and a core set of 30 items (all health-related tasks), which have to be rated along two seven-point scales.
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CEO of Professional Science Editing for Scientists @ prosciediting.com