Negative Regulation of G0 to G1 Transition

G0 to G1 Phase Arrest consists of interference with, or restraint of, activities that regulate cellular capability to transition from the resting stage (between successive cell divisions) and the initial phase of the cell cycle (Gap 1 phase), preceding DNA synthesis. G1 subphases include competence, entry (G1a), progression (G1b), and assembly (G1c), based on effects of limiting growth factors, nutrients, or inhibitors. (NCI Thesaurus)

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Negative Regulation of Degradation of Cytokine

Cytokine Stabilization inhibits conjugation, transport, oxidation, or proteolysis of a class of soluble non-antibody paracrine or autocrine signaling glycoproteins (cytokines) secreted by…

Negative Regulation of Degradation of Complement

Complement Stabilization inhibits conjugation, transport, oxidation, or proteolysis of complement system proteins; sequentially interacting serum proteins (some serine proteases), their receptors, and…

Negative Regulation of Degradation of Antibody

Antibody Stabilization inhibits conjugation, transport, oxidation, or proteolysis of a class of cell-surface or secreted B lymphocyte proteins that non-covalently interact through…

Negative Regulation of Degradation of Adhesion Factor

Adhesion Factor Stabilization inhibits conjugation, transport, oxidation, or proteolysis of cell surface proteins involved in cell-cell or cell-matrix attachment. Such stabilization can…

Negative Regulation of Cytolytic Process

Any process that decreases the frequency, rate or extent of cytolysis.

Negative Regulation of Complement Activation

Any physiologic process in which the C3 and C5 convertases are disassembled or proteolytically inactivated, limiting the persistence of convertase activity. This…