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Bruising was reported for 16 of the 36 treated zones (44.4%) following treatment.
Following treatment, subject-assessed flaccidity scores showed an improvement versus baseline in 27 of the 36 treated zones (75%).
A new epithelial layer can be seen forming along the edges of the treated zones, as indicated by the appearance of immature epithelial cells.
Five days later, the bupivacaine treated zones were injected with 50 μg of purified pMB-MoG-2.8 and pMB-MoG-3.7 plasmidic DNA in 50 μl PBS.
Though the cells within the crypts are ablated within the treated area, it appears that immature epithelial cells are being produced from the edges of the treated zones and are able to migrate inward, producing a new epithelial cell layer.
Similar(55)
The strength in the treated zone was determined at crash relevant strain rates.
Laser treatment could significantly increase the micro hardness of the treated zone.
A reactive transport model was used for the delineation of the treated zone.
A high power pulsed laser was used and the parameters were varied over a wide range to obtain lenticular shaped treated zone without any surface cracks.
The remaining contaminant mass, however, can create a rebounding of aqueous-phase concentrations within the treated zone.
It is postulated that the reduced bruising observed was due to blood vessel coagulation in the treated zone before aspiration.
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CEO of Professional Science Editing for Scientists @ prosciediting.com