Chemical shift MRI with T1-weighted in-phase and opposed-phase gradient-echo pulse sequences and gadolinium-enhanced images are the most useful sequences in the evaluation of adrenal lesions.
High quality sequenced FLICs represent the most useful transcript sequences, and this has led to large scale sequencing of full length insert cDNAs in several non-model species (e.g.[ 21, 23- 26]).
The most useful transcript sequences are derived by complete insert sequencing of clones containing the entire length, or at least the full protein coding sequence (CDS) portion, of the source mRNA.
The most useful transcript sequences are derived from high quality full-length sequencing of inserts from cDNA clones (FLIcs) that contain the complete protein coding sequence (cCDS).
The most useful transcript sequences are derived from high quality full-length cDNA sequences which contain the complete transcript in a single clone [1].
It provides a comprehensive review of the key measurements for the pre TAVI assessment as reported on CTA (Tables 1 and 2), most useful acquisition sequences on a 1.5 T MR scanner (Table 3), and the imaging parameters (Table 4) used for these sequences at our institution.
RNA-Seq is one of the most useful next generation sequencing (NGS) methods used to fully understand the landscape of a transcriptome, because it produces several tens of millions of short reads (17 bp to 101 bp) from the expressed genes in vivo.
RNA-Seq is one of the most useful next generation sequencing (NGS) methods to fully understand the landscape of a transcriptome.
T2-weighted sequences are the most useful for studying omphalocele, although T1-weighted sequences help in detecting the large intestine, and volumetric sequences help in determining the point of insertion of the umbilical cord (Fig. 20b).
