Skip to main content
. 2019 Mar 29;20(7):1583. doi: 10.3390/ijms20071583

Table 3.

Docking-based characterization of HADHA mutations.

UniProt 1 (Partner) Neutral Mutations Pathogenic Mutations 2
Core 3 Rim 3 Core 3 Rim 3
O95166 D398G A396G, K406R - R399 *, V412L
P60520 - D398G, K406R - R399 *, V412L
Q14164 D398G A396G, K406R, K519R, A596V, S654N, K734Q - Q358K, R399 *, V412L, R610G, Y740 *
Q99714 D398G, S654N A396G, K406R, A596V, R645S, R645N, L661I, K734Q - R399 *, V412L, R610G, Y740 *
Q9GZQ8 D398G V52I, V526I, N142S, L221I, E223T, I237M, A396G, K406R - R399 *, V412L
Q9H0R8 D398G N142S, L221I, E223T, I237M, A396G, K406R, S654N, L661I - R399 *, V412L

1 UniProt code of the corresponding interacting partner. 2 The symbol “*” indicates stop codon. Mutations R399*, Y740* and V412L (in bold) are associated with mitochondrial trifunctional protein deficiency. Mutation Q358K (in italics) is associated to haemolysis, elevated liver enzymes, and low platelets. Mutation R610G is associated to long-chain 3-hydroxyacyl-CoA dehydrogenase deficiency. 3 Interface core and rim estimated from the docking calculations.