A historical look at the Cambridge Structural Database – The World’s Repository of Organic Chemical Structures
| Some notable points looking back along the timeline of database
| - 1995 - The first version of MySQL released.
| - 1987 - SQL became a standard of the International Organization for
| - 1986 - SQL became a standard of the American National Standards
| - 1983 - Andreas Reuter and Theo Härder coined the acronym ACID.
| - 1974 - The first prototype version of the INGRES relational DBMS
| - 1971 - The first microprocessor launched - the Intel 4004.
| - 1970 - The relational model of data was proposed by E.F. Codd.
| - 1967 - Introduction of the DEC PDP-10 computer.
| - 1965 - Compilation of the Cambridge Structural Database (CSD) began.
The Cambridge Structural Database (CSD) was initiated as response to an
“information explosion” with aims including “the compilation of a
numerical database relating to organocarbon crystal structures”. Five
decades later, this database is still curated and widely distributed
within the scientific community. The CSD is probably the oldest
numerical database actively maintained and used today.
In 1966, the database filled one volume of a printed book. In 1991, the
database used 196Mbytes. Today, a SQLite version of the database uses
6.4Gbytes. Along the way, the CCDC has driven many computational and
scientific advances. E.g., the first practical 3D chemical search system
was developed by the CCDC. Learn about past innovations and technical
That is all very interesting, but what does that have to do with Python?
The CSD Python API is a mechanism for accessing the data - alongside a
wide range of molecular modelling and cheminformatic algorithms. This
API is gaining rapid adoption in both academic and industrial chemistry
communities. Learn how we can better serve our users thanks to Python.
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