(C) The schematic of LAZY4bh12 mutating K/R to A within two basic hydrophobic peaks. (D and E) Measurement of LAZY-GFP fluorescence intensity ratio. Images showing two representative patterns of LAZY-GFP fluorescence in columella cells, with clear signals only in central columella (CC) cells...
j Schematic diagrams of LZY-RLD-mediated gravity signaling in columella cells of LR. Scale bars, 20 μm (a–f) and 1 cm (g, h). Full size image Discussion Sequence-based in silico analyses have reported nine FYVE-domain containing proteins including RLD family members as class V At...
(A) Fine mapping and a schematic representation of LA1. Δ indicates the 8- bp deletion in la1-ZF802 and the deletion of the entire LA1 gene in la1-Shiokari is also shown. The start codon (ATG) and stop codon (TGA) are indicated. Boxes indicate the coding sequences and lines ...
(C) The schematic of LAZY4bh12 mutating K/R to A within two basic hydrophobic peaks. (D and E) Measurement of LAZY-GFP fluorescence intensity ratio. Images showing two representative patterns of LAZY-GFP fluorescence in columella cells, with clear signals only in central columella (CC) cells...
The hang-off angle should be designed within the range of 5 to 20 degrees to effectively prevent the risers from colliding with each other [27]. Figure 2. Schematic diagram of a LWR (adapted from [12]). The sag bend zone refers to the downward bending section of the riser suspended ...
The hang-off angle should be designed within the range of 5 to 20 degrees to effectively prevent the risers from colliding with each other [27]. Figure 2. Schematic diagram of a LWR (adapted from [12]). The sag bend zone refers to the downward bending section of the riser suspended ...
Figure 2. Schematic of the steel lazy-wave riser segments. The steel lazy-wave riser model comprises three distinct segments, each exhibiting different behaviors. Figure 2 depicts the distinct segments and sections of the riser: the suspended segment, which is subjected to current loads and compris...