In addition, as shown in Fig. 1, the Ag-catalyzed layer on the glass substrates is composed of fine Ag nano-granules of 1 10 nm in size.
A large portion of proteasome substrates is composed of short-lived misfolded or damaged proteins, which are mainly derived from abundant cellular proteins [2], [57].
In this preliminary work, we assume that the substrate is composed entirely of seeds of crystalline calcite grains.
The as-sprayed deposit produced on a non-cooled substrate was composed of γFe, αFe, ZrC and Cr7C3.
The VG film on the glass substrate is composed of two layers of a horizontal buffer layer and VG nanosheets on that buffer layer.
According to Fig. 2a, the P 2p core level spectrum attributed to the In-P bond from the substrate is composed of two peaks, P 2p 3/2 (128.67 eV) and P 2p 1/2 (129.54 eV), with a spin orbit split (SOS) of 0.87 eV.
Figure 1 shows that the substrate is composed of two virtual types of atoms, as the green color stands for the fixed atoms and the red one represents the mobile atoms in which motions follow the Newton's second law of motion.
Besides, according to Fig. 2(d), the In 3d core level spectrum attributed to the In-P bond from the InP substrate is composed of two spin-orbit split peaks, In 3d 5/2 (444.46 eV) and In 3d 3/2 (452.00 eV), with a SOS of 7.54 eV [17].
Because our substrate is composed primarily of laminin and collagen types I and IV, integrin β1 receptors were likely candidates to mediate adhesion by SVZa neurons in vitro.
The cellulose substrate is composed of five glucan chains, each of them having 4000 5000 glucose monomers.
