For the initial setup of the "AschFlow" model, three raster maps are required: i) The first raster map defines the topography of the terrain in a DEM form.
Second, it does not require any additional dielectric sample with different thickness; two uncalibrated measurements are required: (i) with a sample filled waveguide and (ii) with an empty waveguide.
Application of HL-RDHM to Hanalei watershed required (i) modifying the Hydrologic Rainfall Analysis Project HRAPP) coordinate system; (ii) generating precipitation grids from rain gauge data, and (iii) generating parameters for Sacramento Soil Moisture Accounting Model (SAC-SMA) and routing parameter grids for the modified HRAP coordinate system.
This approach required (i) the preparation of suitable 1,2-trans-hexofuranosyl donors, so that new heterocyclic thiofuranosides were designed and synthesized, (ii) the stereocontrolled phosphorylation of the corresponding unprotected donors and (iii) the simple and fast purification of the resulting anomeric phosphates.
In order for a molecular signature to be reproduced, three essential pieces of information are required: (i) the experimental and analytical protocols; (ii) the raw data; and (iii) the source code used to develop the signature.
The following criteria were required: i) a diagnosis of pancreatic necrosis based on EUS morphology and ii) an initial decision for conservative management during the hospital stay or at presentation, when seen as outpatient.
Further research is required (i) to define which subgroup of the general population should be routinely screened, and (ii) to test whether such a targeted screening strategy will be effective to reduce the prevalence of chlamydial infection among this population.
Management of patients with SS/SSh required: (i) adequate intravenous (IV) antimicrobial therapy for the first 90 min (broad-spectrum beta-lactam with or without an aminoglycoside); (ii) fluid challenge (500 mL); (iii) lactate measurement; (iv) at least one blood culture; and (v) hospitalization.
The nested post-order traversal ensures that when computing P Σ (t, s ), P Δ (t, s ) and P Θ (t, s ) at nodes t ∈ G and s ∈ S, all the required i n, o u t, i n A l t and P values have already been computed.
In addition, we required (i) nucleotide use to be balanced across indices, to avoid low complexity issues when using subsets of indices and prevent increased error rates, and (ii) no nucleotide triplets to occur anywhere, and no duplets to occur at either end, to avoid potential increased error rates within homopolymers.
