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7 godz. temu · The number of PEBP genes in Sapindaceae varied, ranging from nine to twelve copies (Fig. 1 b). Lychee and longan possessed four FT genes, but there were seven FT -like genes in rambutan, which is a close relative of lychee and longan (Fig. 1 b), indicating that FT gene expansion occurs in rambutan.
7 godz. temu · The number of sporulated cells was checked by light microscopy. The spore-containing biofilm was removed with a spatula, resuspended in PBS, and washed as described above.
7 godz. temu · Abstract. Iron–sulfur (Fe-S) clusters are essential redox-active metallocofactors participating in electron transfer, radical chemistry, primary metabolism, and gene regulation. Successful trafficking and incorporation of Fe-S clusters into target proteins are critical to proper cellular function. While biophysical studies of isolated Fe-S ...
7 godz. temu · The process was as follows: (1) identify all the valleys in the recording: the valleys in the recording were identified using argrelextrema method of the scipy signal Python library [ 29 ]; (2) snip a singlerep: a single repetition was identified as the area between the start and end of a valley (indicated by a red ×, in Figure 3 ); (3 ...
7 godz. temu · To tackle the complexity and limited applicability of high-precision segmentation models for damaged road markings, this study proposes a Multi-level Adaptive Lightweight Network (MALNet) based on knowledge distillation. By incorporating multi-scale dilated convolution and adaptive spatial channel attention fusion modules, the MALNet model significantly enhances the precision, integrity, and ...
7 godz. temu · The tiger ( Panthera tigris) is a member of the genus Panthera and the largest living cat species native to Asia. It has a powerful, muscular body with a large head and paws, a long tail and orange fur with black, mostly vertical stripes. It is traditionally classified into nine recent subspecies, though some recognise only two subspecies, mainland Asian tigers and the island tigers of the ...
7 godz. temu · Also, nanoparticles can engage with fungal cells through various mechanisms, including hydrophobic contact, electrostatic attraction, and van der Waals forces, leading to structural and functional changes in the fungal cell membrane and the inhibition of normal growth processes.
