The phrase "active occlusion" is correct and usable in written English.
It can be used in contexts related to dentistry, speech therapy, or any field discussing the blocking or covering of an area actively.
Example: "The dentist explained that active occlusion can help in assessing the alignment of the teeth during the examination."
Alternatives: "dynamic blockage" or "functional occlusion".
Moreover, the growth kinetics of HCPT within the HFNDs had been changed, mainly due to the active occlusion and confining effects of CS-FA.
In short, the XRD results suggest that the growth kinetics of HCPT within the NDs had been changed, mainly due to the active occlusion and confining effects of PEG-b-PLGA.
The dynamic nucleation and precipitation of the nanoneedles under ultrasound, plus the active occlusion of the soft ingredient CS-FA, led to the formation of HFNDs, instead of bulk HCPT crystal.
The findings of various types of vessel injury include laceration with active hemorrage, occlusion, and, for arteries formation of psedoaneurysm and dissection.
The major goal of this work is to elucidate the nature and extent of active site occlusion by neighboring subunits.
To monitor active site occlusion due to a complementary subunit, it is important to identify which of the gorge residues are affected upon tetramer formation.
Once the dominant configurations, i.e., the most populated "low energy" states, are identified, it will be possible to compute the probability of active site occlusion due to a complementary subunit and to correlate these structural features to function by, for example, calculating the reaction rates based on structures representing various conformational states.
The results also lay the foundation for further study on the role of tetramerization in the catalytic efficiency of AChE, which may include rate calculations on several structures representing different active site occlusions.
CT is highly reliable for diagnosing renal parenchymal and pyelocalyceal injuries, main renal arterial occlusion, and active bleeding.
Arterial occlusion near active inflammatory foci may also be explained by arteriolar contraction associated with increased blood viscosity and inhibition of coagulation due to heparin release from the mast cells as a response to an acute inflammatory stimulus [5].
This paper aims to provide radiologists with an increased familiarity with iatrogenic and self-inflicted VASC and infections at the groin by presenting examples of haematomas, active bleeding, pseudoaneurysms, arterial occlusion, arterio-venous fistula, endovenous heat-induced thrombosis, septic thrombophlebitis, soft-tissue infections at the groin, and late sequelae of venous injuries.
