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1 n Type III-A CRISPR-Cas immunity and central nucleic acid metabolism.
2 tidase (cN1A; NT5C1A), a protein involved in nucleic acid metabolism.
3 ed to myonuclear degeneration and disordered nucleic acid metabolism.
4 w that IBM pathophysiology includes abnormal nucleic acid metabolism.
5 manner and play essential roles in cellular nucleic acid metabolism.
6 onent of RNA:DNA hybrids and is important in nucleic acid metabolism.
7 or collection of nuclear genes skewed toward nucleic acid metabolism.
8 development, possibly through the control of nucleic acid metabolism.
9 proteins engaged in processive reactions in nucleic acid metabolism.
10 anism-based inhibition of enzymes central to nucleic acid metabolism.
11 double-strand breaks is a critical event in nucleic acid metabolism.
12 DNA may affect various cellular processes of nucleic acid metabolism.
13 ucose and fatty acids metabolism, as well as nucleic acids metabolism.
14 lammatory encephalopathy caused by defective nucleic acids metabolism.
16 Topoisomerases are essential for orderly nucleic acid metabolism and cell survival and are proven
17 groups together numerous enzymes involved in nucleic acid metabolism and implicated in many biologica
18 HBV) capsids play an important role in viral nucleic acid metabolism and other elements of the virus
19 aintaining normal cellular function, such as nucleic acid metabolism and the proliferation of cells.
20 ecently become clear that various aspects of nucleic acid metabolism and the ubiquitin-proteasome pat
22 Metabolites related to polyamine metabolism, nucleic acid metabolism, and methylation, identified tum
23 nd functional groups involved in protein and nucleic acid metabolism, and the formation of structural
24 ar antigen (PCNA) plays an essential role in nucleic acid metabolism as a component of the DNA replic
25 ar antigen (PCNA) plays an essential role in nucleic acid metabolism as a component of the replicatio
26 nded DNA-binding proteins play many roles in nucleic acid metabolism, but their importance during tra
27 tiviral immunity, and mutations that disrupt nucleic acid metabolism can lead to autoinflammatory dis
29 acid enzymes is fundamental to understanding nucleic acid metabolism, genome replication and repair.
31 tosis and is required for several aspects of nucleic acid metabolism, including chromosome condensati
35 further evidence that altered mitochondrial nucleic acid metabolism may have pathogenic significance
36 dysfunction, protein dyshomeostasis, altered nucleic acid metabolism, myonuclear degeneration and the
37 caused by disturbances in the intracellular nucleic acid metabolism or in cytosolic nucleic acid-sen
38 e various mitochondrial processes, including nucleic acid metabolism, oxidative phosphorylation, prot
44 onuclease complex has a critical function in nucleic acid metabolism to prevent immune activation wit
45 interactions in various pathways of cellular nucleic acid metabolism with an emphasis on DNA replicat
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