Once the final active product is achieved, it is crystallized into a solid.
The desirable steady state, giving a pure high pressure product, is achieved when the beds are initially clean.
In addition, a higher selectivity towards the desired product is achieved as a result of a narrower residence time distribution.
Occasionally, the synthetic procedure for the generation of MIPs is repeated several times before the desired product is achieved.
The results showed that acid functionalized ionic liquids are excellent catalysts for the delignification of sugarcane bagasse: 100% isolation of the desired product was achieved under optimized conditions.
Based on existing products core time drivers based on features are successively identified until an adequate approximation of the time for the current product is achieved.
Under optimised conditions a maximum overall temperature variation of 12.1 °C within the product was achieved after 150 s which was reduced to 8.6 °C after 3 min standing time.
Accordingly, successful vector re-administration, measured by plasma levels of hF.IX transgene product, was achieved only in animals receiving SVP[Rapa] and in the control group of naive animals dosed at day 21 with AAV8-hF.IX vector only (Fig. 1d).
A stepwise conversion of the substrates to the final product was achieved with ca. 6 min residence time at relatively low temperature and pressure.
It is very common for a drawing plan to undergo many revisions, thus, many different versions of the drawing are generated before the final product is achieved.
