Another possibility to achieve indistinguishability is to modify the initial query.
(Delphi-result: vote 19/19 = agreement, round 3) "If at the end of the induction phase an improvement of PASI of ≥50% but <75% (∆PASI ≥ 50%<755%) as compared to disease severity at the time of treatment initiation has been achieved, but DLQI ≤ 5 has not been achieved, it is recommended to modify the treatment regimen".
"If at the end of the induction phase an improvement of PASI of ≥50% but <75% (∆PASI ≥ 50%<755%) as compared to disease severity at the time of treatment initiation has been achieved, but DLQI ≤ 5 has not been achieved, it is recommended to modify the treatment regimen".
(Delphi-result: vote 19/19 = agreement, round 3) "If at the end of the induction phase an improvement of PASI of ≥50% (∆PASI ≥ 50%) as compared to disease severity at the time of treatment initiation has not been achieved, it is recommended to modify the treatment regimen".
(Delphi-result: vote 17/19 = agreement, round 4) "If during maintenance therapy an improvement of PASI of ≥50% (∆PASI ≥ 50%) as compared to disease severity at the time of treatment initiation has not been achieved, it is recommended to modify the treatment regimen".
(Delphi-result: vote 17/19 = agreement, round 4) "If during maintenance therapy an improvement of PASI of ≥50% but of less than 75% (∆PASI ≥ 50%<75%%) as compared to disease severity at the time of treatment initiation can be maintained, but DLQI ≤ 5 has not been achieved, it is recommended to modify the treatment regimen".
One promising and efficient technique to achieve this goal is to modify AuNPs with polyethylene glycol (PEG) molecules[29, 30].
Flow-based programming (see the "Methods" section for details) is a paradigm developed for general purpose programs, suggesting a set of core design principles for achieving robust yet easy to modify component-oriented systems a good description of what scientific workflow systems are aimed to be.
Bimetallic surface alloys have been considered as an effective strategy to achieve better catalytic performance and to modify the work function of the substrate toward metal-gate electrode application.
To achieve this goal, we chose to modify the genome of the laboratory strain.
