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This allows us to examine the role of network motifs in cancer formation at different levels of regulation, i.e. transcription initiation (TF → miRNA), gene-gene interaction (CMS), and post-transcriptional regulation (miRNA → target genes).
Fourth, we have examined the role of network motifs in cancer formation at different levels of regulation, i.e. transcription initiation (TF → miRNA), gene-gene interaction (CMS), and post-transcriptional regulation (miRNA → target genes).
The mean pre-procedure AFI was 1.1 cm and post-procedure was 12 cm.
Moreover, a significant difference of 3.5 cm was seen between pretreatment (54.5 cm) and post-treatment (51.2 cm) of the left leg (P < 0.0001, Table 3).
However, the peak markers for pre-training work (4 cM) and post-training work (26 cM) QTL localize to positions distant from the QTL identified in the current study and likely represent different QTL.
On univariate analysis, initial nodal size > 2 cm, a less-than-complete response at the primary site, post-radiotherapy nodal size > 1.5 cm, and post-radiotherapy nodal necrosis were associated with RC.
According to multivariate analyses, four to five cycles of chemotherapy, gross tumor volume <175.00 cm and post-treatment Karnofsky Performance Status score stable or increased by at least 10 units were independent prognostic factors for better OS (P = 0.035, P = 0.008, and P = 0.000, respectively).
Treatment of IV NSCLC with joint administration of four to five cycles of chemotherapy and three-dimensional radiotherapy may prolong survival, particularly in patients receiving ≥63 Gy radiotherapy, with gross tumor volume <175.00 cm and post-treatment Karnofsky Performance Status score not lower than pretreatment values.
Four to five cycles of chemotherapy given concurrently with 3D radiotherapy for intrathoracic tumors may prolong survival, particularly in patients who receive radiotherapy at doses ≥63 Gy, GTV < 175.00 cm and whose post-treatment KPS scores do not decrease.
This study for the first time demonstrated that PA-RGDS encapsulation can enhance survival of mESC-derived CMs and improve cardiac function post-MI.
In the present study, we determined the ability of post-natal CMs and cardiac fibroblasts (CFs) to act as a source of iPS cells.
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