Sentence examples for lamina composed of from inspiring English sources

In higher eukaryotes, the INM has a nuclear lamina composed of intermediate filaments, lamins and associated proteins, in contact with chromatin [ 8].

The nuclear lamina, composed of type-V IF lamin proteins, forms a mechanical fibrous cage around the interior surface of the NE which provides structural support to the nucleus and scaffolds nuclear signalling proteins, transcription factors and chromatin (Refs 24, 27, 28).

Figure 1a presents SEM images of the GO film, showing a stack of layered laminas composed of complex fold and pockets of void space.

Closer inspection (Fig. 4a, b) reveals that the surface morphology of single cambered lamina is composed of numerous ZnO nanoflake array.

Isolated horizontal imaging using fluorescence and electron microscopy has long suggested that the nuclear lamina is composed of structurally different A-type and B-type lamin proteins and nuclear lamin-associated membrane proteins that together form a thin layer that is spatially isotropic with no apparent difference in molecular content or density between the top and bottom of the nucleus.

It came as a great surprise when the cell nucleus was found to contain fibrillar substructures - the nuclear lamina - composed of specialized IF proteins, the lamins.

The nuclear lamina is composed of A- and B-type lamins.

The nuclear lamina is composed of lamins, which are also present in the nuclear interior, and lamin-associated proteins.

A basal lamina is composed of a lattice-type network of collagen type IV intertwined with a network of laminin, stabilized by the binding of entactin/nidogen-1 or -2 (Schymeinsky et al., 2002) to the collagen and laminin.

The nuclear lamina is composed of A-type (lamins A/C) and B-type (lamins B1/B2) lamins that underlie the nuclear envelope (NE) and extend throughout the nucleoplasm to form a scaffold that is essential for the compartmentalisation and the integrity of nuclear signalling.

The R-cells 1 to 6 provide input from each ommatidium and synapse to the lamina cartridges, the functional units of the lamina, which are composed of approximately 13 cells: the processes of five monopolar cells (L1 to L5), one or two amacrine cells, as well as three medulla neurons (C2, C3 and T1) and three glial cells.