DatasetThe role of prenucleation clusters in surface-induced calcium phosphate crystallization

►►► Link/cite as doi:10.4121/uuid:f715aef4-6ae7-4308-a0a9-e3b2f44c74d2full citationshow link code
?creatorDey, A.(Archan)
?creatorBomans, P.H.H.(Paul)
?creatorMuller, F.A.(Frank)
?creatorWill, J.(Julia)
?creatorFrederik, P.M.(Peter)
?creatorde With (Gijsbertus)
?creatorSommerdijk, N.A.J.M.(Nico)
?contributorSoftMatter CryoTEM Unit, Eindhoven University of Technology, P.O. Box 513, 5600 MB Eindhoven, Netherlands
?date created2010
?date published2012-01-19
?description
ACP formation is thought to proceed through prenucleation clusters. However, the role of such nanometre-sized clusters as building blocks2 for ACP has been debated for many years. Here we demonstrate that the surface-induced formation of apatite from simulated body fluid17, 18 starts with the aggregation of prenucleation clusters leading to the nucleation of ACP before the development of oriented apatite crystals.
The data consists of separate sets for the five stages in this process. Datasets consist of original (mrc) data, the aligned (ali) data, reconstruction (rec) data, each of which may also be visualized with a video presentation.
?format.ali file format after the alignment of the tilt series
?format.mpg file format for video presentations
?format.mrc file format, standard format for electron density and CryoTEM measurements
?format.rec file format post tomographic reconstruction
?languageen
?publisherEindhoven University of Technology
?rightsSoftMatter CryoTEM Unit, Eindhoven University of Technology
?subject3D tomographic reconstruction
?titleThe role of prenucleation clusters in surface-induced calcium phosphate crystallization
? ▲ member of
Cryo-TEM collection
?has toolnew windowDM3_Reader plugin
?has toolnew windowImageJ imate processing software
?related publicationnew windowdoi:10.1038/nmat2900
?related publicationnew windowhttp://repository.tue.nl/693773
? ▼ has partThe role of prenucleation clusters in surface-induced calcium phosphate crystallization - stage 1
DATAPost tomographic reconstruction (2.08 GB)
DATARaw data (280 MB)
DATAafter alignment of tilt series (328 MB)
DATAVideo presentation of post tomographic reconstruction (52.7 MB)
? ▼ has partThe role of prenucleation clusters in surface-induced calcium phosphate crystallization - stage 2
DATAPost tomographic reconstruction (907 MB)
DATARaw data (736 MB)
DATAafter alignment of tilt series (640 MB)
DATAVideo presentation of post tomographic reconstruction (43.8 MB)
? ▼ has partThe role of prenucleation clusters in surface-induced calcium phosphate crystallization - stage 3
DATAPost tomographic reconstruction (2.64 GB)
DATARaw data (624 MB)
DATAafter alignment of tilt series (528 MB)
DATAVideo presentation of post tomographic reconstruction (41.0 MB)
? ▼ has partThe role of prenucleation clusters in surface-induced calcium phosphate crystallization - stage 4
DATAPost tomographic reconstruction (436 MB)
DATARaw data (736 MB)
DATAafter alignment of tilt series (736 MB)
DATAVideo presentation of post tomographic reconstruction (14.5 MB)
? ▼ has partThe role of prenucleation clusters in surface-induced calcium phosphate crystallization - stage 5
DATAPost tomographic reconstruction (2.08 GB)
DATARaw data (280 MB)
DATAafter alignment of tilt series (328 MB)
DATAVideo presentation of post tomographic reconstruction (14.2 MB)
? ▼ has partThe role of prenucleation clusters in surface-induced calcium phosphate crystallization - stage CaCl2 + K2HPO4
DATAPost tomographic reconstruction (387 MB)
DATARaw data (632 MB)
DATAafter alignment of tilt series (536 MB)
DATAVideo presentation of post tomographic reconstruction (4.23 MB)
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