At each harvest, plants were separated into grain, spikelets (glumes, palea, lemma, and rachilla), rachis, peduncle, flag leaf, stems 2 3, leaves 2 3, lower stems, lower leaves, vegetative tillers, and roots.
The pre-miRNA sequences were divided into terminal loop, upper stem, lower stem and basal segments as described before [ 32].
The structure adjacent to the upper stem (lower stem) was also highly conserved in MIR168a and MIR168b.
All the tissues analyzed in this study i.e. inflorescence, upper stem, lower stem, upper leaf, lower leaf and roots showed a constitutive level of expression for OsMT1e- P, with roots and inflorescence showing the highest levels.
Our previous studies exploring population structure of Teno salmon with genetic clustering methods indicated that each tributary (T) sample constitutes a separate genetic cluster, while a collection of samples from the mainstem and headwater rivers (MS/HW) constituted four genetic clusters: Teno main stem lower (TmsL), Teno main stem Upper (TmsU), Iešjohka and Kárášjohka (Vähä et al. 2007).
It does not bear a ring and has fragile, cottony, brownish or charcoal-coloured oblique girdles of volval remnants around the stem base and lower stem.
After dividing the precursor into four parts: terminal loop, upper stem region, lower stem region and basal segments, we found significant differences (p < 0.05) for the terminal loop, upper stem region and lower stem region.
Experiment GSE29345 focused on the development of stem tissues by comparing: internal (i.e. xylem enriched) stem tissues of either the whole stem (WSI), upper stem (USI), middle stem (MSI), or lower stem (LSI); and external (i.e. phloem and cortex enriched) stem tissues of the whole stem (WSE), upper stem (USE), middle stem (MSE), and lower stem (LSE) [ 34].
This conventional two-helix model includes the originally proposed stem (now termed the upper stem) and a lower stem that is separated from the upper stem by a three-purine bulge.
Manganese was remobilized 50-700%) from the peduncle, flag leaf, stem 2 3, and lower stems.
When Arabidopsis plants were grown under conditions of constant wind (thigmomorphogensis) stems had lower RCI under high wind conditions than those grown without high wind stress (Table 1).
