In a typical electrospinning process, PVA solution was transferred into a syringe and delivered to the tip of the syringe needle by the syringe pump at a constant feed rate (1.0 ml/h).
One microliter of DI water was formed on the tip of the syringe and the syringe was lowered so that the droplet detached on the surface.
The CSF was aspirated with a sterile 5-ml syringe, and the tip of the syringe was immediately closed with a sterile cap.
Draw the rinse into a clean bulb syringe, then insert the tip of the syringe into your nostrils and carefully spray the solution directly into your nose.
The droplets form at the tip of a syringe by applying small bursts of pressure inside the syringe to expel the metal.
Electrospinning was accomplished by loading these polymer solutions into a syringe configured in a syringe pump (Q = 3.0 mL/h) and applying a high voltage to the tip of the syringe needle as the solution was collected onto a rotating drum.
Fill the syringe with your prepared saline solution, then insert the tip of the syringe into your right nostril.
From the tip of this syringe, ~0.055 ml was drawn into each of six insulin plastic syringes (BD Micro-Fine Plus, 0.5 ml, 30 G, 8 mm, Becton, Dickson and Co.).
Syringes can be cleaned with hot tap water: with the tip of the syringe underwater, work the pump until it glides freely.
He shows me a magnified film of an eye during this operation: I see the tip of the syringe, the blob of liquid emerging to sit in a microscopic bubble underneath the retina, the syringe withdrawing, the retina replaced.
With the tip of her syringe, Brandi pokes at a grey lump of heroin in a spoon.
