The 'look and feel' of xQTL workbench is adaptable to institute or consortium style by changing a simple template, which is described in the xQTL workbench documentation enabling seamless integration into an existing website or intranet site, such as recently for EU-PANACEA model organism project and LifeLines biobank.
We have found that by changing the template geometry, the diameter and the length of the NRs can be tuned in the range of 90 170 nm and 0.5 2.3 μm, respectively.
The adenine base is much better able to stack than pyrimidines, so we hypothesized that by changing the template overhang from adenosines to cytosines and thymidines we would decrease the free energy contribution from stacking and thereby unblock the I707L mutant.
By changing the primal template, other patterned silica substrate can also be fabricated, such as grating, pillar and spherical structures.
The optical, electronic properties and polymer chain packing of the nanostructures can be altered by changing the templating technique and parameters such as varying the annealing temperature, infiltration time, spin coating rate, polymer concentration and type of solvents[8 11].
Points 5 and 6 were addressed in study 1 and are related to shortcomings in the explanatory-text template descriptions, which can be solved by changing the explanatory-text template describing the mistake's cause.
It appears that, by changing the finely tuned structural template of BR-like proton pumps a little further, one can produce ion pumps with different ion specificities, namely, chloride and sodium pumps.
By changing the molar ratio of template to carbon precursor, mesoporous carbons with different mesoporosities (MC-X, X represents the molar ratio of template to carbon precursor) were produced.
In addition to the increased performance of the protected templates when the secret key of a user is kept safe, another advantage of biometric hashing lies in the ease of revoking a transformed template by changing the associated secret key.
In our work, we not only report the successful fabrication of ordered Ni nanotube and nanowire arrays using anodic aluminum oxide (AAO) templates by changing electrodeposition conditions, but also propose a growth mechanism for Ni nanotubes and nanowires.
