By these two step conversions, the HMF degradation pathway joins the furfural degradation pathway at the final step of furoic acid formation.
The derivation of volumetric soil water content from Watermark sensors data is a two step process involving (1) conversion of resistivity readings to soil matric potential and (2) conversion of soil matric potential to volumetric soil water.
Nine-step conversion of methyl hydroxypivalate 6 provided the desired A-ring enyne synthon (13a,b) in good overall yield.
Capping proceeds in three steps: conversion of 5′-end-triphosphorylated RNA (pppRNA, the primary transcript of Pol II) to diphosphorylated RNA (ppRNA), coupling to GMP to produce capped RNA (GpppRNA), and methylation to produce mGpppRNA.
The catalytic procedure is in two steps: the conversion of CO2 into bicarbonate by CA, followed by the carboxylation of phosphoenolpyruvate with bicarbonate, catalyzed by PEPC, with formation of oxaloacetate (OAA).
Unlike CO conversion however, CO2 conversion is not believed to be a single step conversion.
The procedure includes three steps: (1) conversion of a bifunctional RE into a monofunctional DNA-modifying enzyme by cleavage center disruption; (2) mutagenesis and selection of mutants with altered DNA modification specificity based on their ability to protect predetermined DNA targets; (3) reconstitution of the cleavage center's wild-type structure.
In the presence of pGS422, the datasets were best described by a single exponential function, indicating that the conversion of the [3Fe-4S]1+ intormediatheinto the [2Fe-2S] foccurscurs more rapidly, such that the two steps of cluster conversion cannot be easily distinguished when FNR is DNA-bound.
The primary parameters in this method, including the amplitudes for the two steps and the conversion point, are studied.
The whole pipeline consists of three steps: i) conversion of the CT scans into Maximum Intensity Projection (MIP) images, ii) prediction from a Convolutional Neural Network (CNN) applied in a sliding window fashion over the MIP image, and iii) robust analysis of the prediction sequence to predict the height of the desired slice within the whole CT scan.
We'll break this tutorial into three steps: acquisition, conversion, importing.
