DOCK-Programme

DOCK-Programme Desjaralis et al. (1990) first and foremost introduced to utilize this novel concept and philosophy in the well-known programme termed as DOCK. 

Following are a few vital and important Docking Programmes commonly used in the design of newer drug molecules ... 

Figure 5. Erickson lab programmable matter apparatus for studying the dynamics of the assembly process. (Upper) Image shows overview of assembly chamber and associated infrastructure. Note the two circulation pumps at the bottom of the assembly chamber. The two pumps dramatically facilitate the generation of random motions within the tank. (Lower) Image shows electrical infrastructure associated with driving the solonoid valve. As will be demonstrated below the incorperation of an solonoid valve operating at 3 Hz during the attraction process enables us to obtain proper docking.

A conservation laboratory equipped to deal with finds had functioned at the Trust headquarters at Portsmouth since 1979, and the external Advisory Committees met regularly to review progress and monitor the work as it progressed. In 1982 a suitable dock in the Royal Naval Base was equipped to receive the hull while it was cleaned, restored and conserved. The salvage plans and a detailed research programme to define passive and active conservation techniques went on concurrently with the excavation offshore between 1980 and 1982. 

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