Theoretical advances have led to a procedure for automatic solution of macromolecular structures with up to ~6000 non-H atoms in the ASU, resolutions up to 2.3 Å and heavy atoms in the unit cell #DirectMethods #PattersonMap #ProbabilisticApproach doi.org/10.1107/S205...

Carmelo Giacovazzo: Updating direct methods III. Reduction of structural complexity when first-rank semi-invariants are estimated via the Patterson map ##Phasing##Seminvariants##ProbabilisticApproach... ##IUCrhttps://journals.iucr.org/paper?S2053273325003274

Is it possible to create a program that automatically leads from experimental data to phases of a sufficiently high quality that automatic model-building programs can end with accurate molecular models? #DirectMethods #PattersonMap #ProbabilisticApproach doi.org/10.1107/S205...

M​aria Cristina Burla et al.: Updating direct methods V. Phasing when triplet invariants are estimated via the Patterson map ##DirectMethods##PattersonMap##ProbabilisticApproach... ##IUCrhttps://journals.iucr.org/paper?S2059798326000732

A novel theory for the one-phase semi-invariant estimates is presented. The theoretical approach uses the Patterson map as prior information.
https://ow.ly/HC1j50Y4gqW
Acta Cryst A IUCrJ #Phasing #Seminvariants #ProbabilisticApproach

A novel theory for the one-phase semi-invariant estimates is presented. The theoretical approach uses the Patterson map as prior information.

https://ow.ly/qMkG50Y4w6G

Acta Cryst A
IUCrJ
#Phasing #Seminvariants #ProbabilisticApproach