A container (10) with an integrally formed non-coring and non-leaking piercing site (26) for use with sterile instruments.
Alternative needle configurations are disclosed to improve sample yield, reduce coring and minimize needle fouling.
By modifying--i.e., coring or clipping-- and inverting only these selected coefficient signals, artifacts related to the introduction of "false" edge-like structure are reduced in the reconstructed image.
Noise is reduced by modifying--i.e., coring or clipping-- and inverting selected coefficient signals so as to recover processed signals--less noise--representative of each smaller signal array.
A double dome (16, 26) construction is employed to permit needle penetration without coring of the needle and provide sealing between the container (10) and the needle (28).
The malleable core-out pin includes at least one curve.
Also the present invention relates to the method of preparing lipid emulsions containing lipophilic or amphiphilic drugs by using squalene or squalane as the core-oil.
The present invention also concerns the method of preparing the solid lipid nanoparticles containing lipophilic or amphiphilic drugs by using ethyl stearate as the core-fat.
The system includes a forming device having a molding chamber(22), and a malleable core-out pin (10) positioned within the molding chamber.
Liquid plastic is injected into the molding chamber and flows around the malleable core-out pin to form the molded component.
After the plastic solidifies and cools, the malleable core-out pin is removed from the molded component to form the non-linear channel through the molded component.