We found many polymorphic PNRs and HNRs with polymorphisms in the rice genome, and verified some of them experimentally, including eight PNRs, five HNRs, and four complex MSs.
For the purpose of defining the tumors that will not benefit from chemotherapy, univariate analyses were conducted by dividing the cohort of patients into two sets: pNR and pCR + pPR.
Theorems 1 and 2 suggest that the relative entropy and the Hellinger distance will approach to zero as PNR decreases.
The two response categories (pNR vs pCR + pPR) were not significantly different in terms of treatment protocols as reported in Table 2.
However, using multivariable analyses, these two parameters correlated with pNR only in the Luminal B/HER2− breast cancers.
We designed a theoretical host PNR consisting of four glycine and two d-asparagine residues that would work as a chiral selector even if the guest amino acid is protonated or deprotonated.
Together with the PNR, the three constitute the SRTS.
The remaining eight patients with previous PNR had an EVR at week 12 of study combination therapy (Figure 6).
Within the remaining sequences we found binding sites for all twelve transcription factors except PNR and RXRγ.
Six new cool-season corn cultivars, including 3 Pioneer (PNR) and 3 Hyland (HL), coded as PNR-7443R, PNR-P7213R, PNR-7535R, HL-SR06, HL-SR22, HL-BAXXOS-RR, wevaluatedated in the present study.
