Sentence examples for multiple cellular compartments from inspiring English sources

In addition, glucosinolate metabolism is divided across multiple cellular compartments including plastids, cytosol, vacuole, endomembrane structures, as well as mitochondria.

Through regulation of a large number of proteins in multiple cellular compartments, Smurfs regulate diverse cellular processes, including cell-cycle progression, cell proliferation, differentiation, DNA damage response, maintenance of genomic stability, and metastasis.

Since Ras GTPases are expressed on multiple cellular compartments that include the plasma membrane, vesicles derived from the plasma membrane, and other internal membranes such as the ER and Golgi complex, analysis of how their spatial distribution modulates signaling has remained unknown.

The acetylated proteins were distributed in multiple cellular compartments and participated in diverse functional biological processes, especially in lipid biosynthesis.

Proteases, acting in multiple cellular compartments, are important to degrade the peptide [7].

This data shows that FGFR1 and FLRT1 localise to similar multiple cellular compartments.

Electrical synaptic contacts could be formed at multiple central cellular compartments including somatic, and proximal dendritic and axonal sites according to previous studies on gap junctions of excitatory neurons [39], [40], [41].

Moreover, as described above, multiple cellular organelles and compartments contribute to glycerolipid metabolism.

Although the true role of such metabolites in plants remains mostly unknown, it is evident that plants invest a great deal of resources in synthesizing, accumulating and sorting such metabolites, often produced through complex and highly regulated biosynthetic pathways operating in multiple cellular and sub-cellular compartments.

Originally described as proteins that localise to the nuclear envelope (NE) and establish nuclear-cytoskeletal connections, nesprins have now been found to comprise a diverse spectrum of tissue specific isoforms that localise to multiple sub-cellular compartments.

These include a number of well-characterized protein complexes, such as the proteasome (CPTI-002234), the V-ATPase (CPTI-002280 and CPTI-100041), the Ino80 chromatin modifying complex (CPTI-001224), the myosin phosphatase complex (CPTI-001360) and the H/ACA ribonucleoprotein complex (CPTI-002287), indicating that protein complexes were effectively purified from multiple sub-cellular compartments.