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Giovanna Fragneto and Hanna Wacklin realised that every molecule present is highly valuable if it can be extracted and purified. An initiative thus began in 2013 to profile and separate the various molecules

conditions in relation to the specific phase diagrams, but it remains a real challenge. The D-Lab team can be contacted for advice on large crystal growth of protein samples for crystallography applications

PyCrysFML08 Functions cell_g_type is an extension of cell_type . It describes the crystal unit cell. It can be created with function set_ crystal_cell . Key Value Description bl_m ndarray ; dtype= float32 ,

PyCrysFML08 Functions cell_g_type is an extension of cell_type . It describes the crystal unit cell. It can be created with function set_ crystal_cell . Key Value Description bl_m ndarray ; dtype= float32 ,

PyCrysFML08 Dictionaries List of PyCrysFML08 Functions cell_gls_type is an extension of cell_g_type . It can be created with function set_ crystal_cell . Key Value Description lcell ndarray ; dtype= int32 , shape=

PyCrysFML08 Dictionaries List of PyCrysFML08 Functions cell_gls_type is an extension of cell_g_type . It can be created with function set_ crystal_cell . Key Value Description lcell ndarray ; dtype= int32 , shape=

extension of group_type . It is used to describe a crystallographic space group or a Shubnikov group. It can be created with function set_spacegroup . Key Value Description alat_tr ndarray ; dtype= float32 ,

extension of group_type . It is used to describe a crystallographic space group or a Shubnikov group. It can be created with function set_spacegroup . Key Value Description alat_tr ndarray ; dtype= float32 ,

Functions superspacegroup_type is an extension of spg_type . It is used to describe a superspace group. It can be created with function set_spacegroup . Key Value Description ep ndarray ; dtype= int32 , shape=(

Functions superspacegroup_type is an extension of spg_type . It is used to describe a superspace group. It can be created with function set_spacegroup . Key Value Description ep ndarray ; dtype= int32 , shape=(