Statistical analysis of differentially expressed protein peaks has given the possibility to define algorithms, which could distinguish between NBCCS patients and control individuals.
It is thus possible to define algorithms which, with a certain diagnostic sensitivity and specificity, recognize early and late antibody patterns.
As the pattern and intensity of HIV-specific antibodies both evolve during the first weeks to months after infection, it is possible to define algorithms which differentiate between early and late antibody patterns.
For the purpose of analysing and using the defined algorithm, we have synthesized a program package: CPRTS (CPRTrajectory Solver).
Our previous experience with colon injuries suggested that operative decisions based on a defined algorithm improve outcomes.
In a previous study, we established a defined algorithm for treatment of hospital-acquired VAP dictated by the causative pathogen.
Proving the termination of a recursively defined algorithm requires a certain creativity of the (human or automated) reasoner for inventing a hypothesis whose truth implies that the algorithm terminates.
No defined algorithm was being used for this classification, as there is no validated algorithm that considers all relevant parameters for assessing the global risk for CHD in FH/FDB heterozygotes.
Resuscitation maneuvers were performed following a defined algorithm.
After administration of the bacteria suspension (t0), resuscitation maneuvers were performed following a defined algorithm.
Furthermore, only about half of the departments had a defined algorithm for the management of a difficult airway.
