Sentence examples for mainly complex from inspiring English sources
Banks have been forced to take big losses as the value of their holdings — mainly complex securities tied to home mortgages — has declined.
Diet residues entering the colon are mainly complex carbohydrates (fiber), along with protein residues and primary bile acids secreted by the liver in response to fat intake.
Both drug groups also impair mitochondrial function, at least in vitro, via direct inhibition of mitochondrial respiration (mainly complex I) [47], by membrane depolarization [48] and through increases in uncoupled respiration [49, 50] (Figure 1).
The purpose of this article is to search for an additional modus operandi to improve the functioning of currently deployed vagal nerve stimulation (VNS) technique that is being used as an adjunctive therapy for intractable epilepsy, mainly complex partial seizures (partial onset with secondary generalization).
Biochemical analysis showed impairment of mainly complex I enzyme activity.
Patients admitted in the ward are mainly complex surgical cases.
Paraoxonase 1 (PON1) is mainly complexed to HDL and is responsible, at least in part, for their antioxidant properties.
Finally, by taking into account only the pathways to be terminated at glycans containing mannoses no more than three in the core residue, we integrated pathways to produce mainly complex-type glycans for clarity of analysis.
Construction was initiated from 9-mannose glycan, the common precursor of N-linked glycans in the Golgi, and followed by biosynthetic steps to produce mainly complex-type glycans (Figure 1), giving rise to a glycosylation network composed of 638 glycans and 1499 enzymatic reactions (Figure 2A).
Both human erythropoietin (EPO) (Montesino et al. 2008) and antihrombin (Edmunds et al. 1998) expressed in goats were shown to contain mainly complex-type N-glycans with some LacdiNAc epitopes as well as NeuGc.
Several redox centers, mainly complexes I and III, of the mitochondrial electron transport chain (ETC) release electrons to molecular oxygen, serving as the primary source of superoxide formation.
