We evaluated the distributions of glycemic control for all patients in the NCQA denominator, as well as for patients stratified by CGR and non-CGR status (using both 0.1% A1C increments and ordinal intervals).
Finally, given a string S, we call the CGR map x S the direct CGR index, the CGR map x S r the reverse CGR index, the CGR map x S r c the reverse-complement CGR index, and the CGR map x S c the complement CGR index.
Results of this study revealed the conservation of nine human chromosomes (i.e., HSA 4, HSA 6, HSA 9, HSA 11, HSA 13, HSA 17, HSA 19, HSA 20 and HSA 22), corresponding to C. olivaceus chromosomes CGR 2, CGR 3, CGR 18, CGR 16, CGR 17, CGR 21, CGR 9, CGR 10 and CGR 24.
In this work we have shown that CGR can go beyond these applications and demonstrate how typical string operations can be recoded and solved using CGR.
The analytical results show good reproducibility of the measured CGR.
In Table 4 and Fig. 2, the predicted CGR values are compared with the observed CGR values for the Chinchilla and Mecsek Hills UCG sites.
The cavity growth rate (CGR) in different directions is the most important singular phenomenon in UCG.
The CGR is the most important phenomenon in the UCG process.
Therefore, there is a need to obtain CGR by a new simple and less expensive method.
Based upon Eq. (2), the best model for estimating CGR is shown in Eq. (3).
This model provides a quick estimate of CGR at any given set of parameters.
