Rehabilitation after critical illness: could a ward-based generic rehabilitation assistant promote recovery?
Our experience demonstrates that it is feasible to deliver ward-based rehabilitation after critical illness using the GRA service delivery model.
Although the differential expression of transcripts and proteins was largely unique, the consensus of functional pathways and gene networks enriched among transcriptomic and proteomic datasets provided the identification of many critical metabolic functions underlying 2A-DNT toxicity as well as impaired PPAR signaling, a key molecular initiating event known to be affected in di- and trinitrotoluene exposures.