Adjuvant emulsion
Antigen and adjuvant streams meet at a static mixer and a train of uniform droplets leaves the outlet, the two feeds running a half period out of phase.
Antigen and adjuvant streams meet at a static mixer and a train of uniform droplets leaves the outlet, the two feeds running a half period out of phase.
A disc-stack bowl spins as feed enters the centre, solids sling to the wall and a clarified stream runs continuously out of the top port.
A storage temperature trace scrolls continuously between an upper and a lower excursion rail, the read head on the fixed line riding the trace without ever leaving the band.
A carrier ring indexes one site at a time past a fixed linker port and each site it presents takes on a payload, the ring carrying finished sites away as fresh ones arrive.
Retentate recirculates around a tangential-flow loop while permeate crosses the membrane and a diavolume ruler scrolls past a fixed index beneath it.
A UV chromatogram scrolls right to left past a fixed fraction-collection window and the trace inside the window reads as the fraction being taken.
Vials index along a filling line and the one standing under the needle takes its dose, then carries the filled level away as the next empty arrives.
Lot tokens travel along a release lane through a row of test gates, each gate marking a pass as the lot standing in it clears and resetting for the lot behind.
Vials on a shelf stack give off vapour that lifts into the chamber headspace and travels through the duct to the condenser coil.
Fresh medium feeds a perfusion vessel and harvest draws off through a cell-retention device, the two dash trains counter-flowing while the working volume never moves.
A read passes column by column across a microplate and each column brightens as it is taken, the dose-response ladder below it reading out the same series.
A packed chromatography bed carries product bands that load at the top of the column and migrate down through the resin, a new band entering as the one ahead leaves.
Three vessels of increasing size sit in a cascade and a transfer pulse passes from each to the next while the one behind refills, so the train is always expanding somewhere.
A stirred-tank bioreactor turns its impeller while sparged bubbles rise through the culture and leave at the headspace, the level held on its working mark.
A feed of mixed particles meets a nanofilter membrane: product-sized material streams straight through while the oversize particles are turned back at the face.