The phrase "aseptic storage" is correct and usable in written English.
It can be used in contexts related to food safety, pharmaceuticals, or laboratory practices where maintaining a sterile environment is crucial.
Example: "The laboratory implemented aseptic storage techniques to ensure the integrity of the samples."
Alternatives: "sterile storage" or "clean storage".
In the early nineties, it replaced most of these tunnels with the cheaper aseptic storage tanks.
The largest producers of "not from concentrate" or pasteurized orange juice keep their juice in million-gallon aseptic storage tanks to ensure a year round supply.
Aseptic storage involves stripping the juice of oxygen, a process known as "deaeration," so the juice doesn't oxidize in the "tank farms" in which the juice sits, sometimes for as long as a year.
Room temperature ammonia incubation has the advantage of providing an aseptic storage medium that doubles as a pretreatment.
For Bacillus cereus, it was identified that during post-process storage in an aseptic tank, there was potentially an air re-contamination due to filter efficiency loss (efficiency loss due to successive in-place sterilizations after cleaning operations), followed by B. cereus growth.
The voluntary product recall of a powdered infant formula by its manufacturer in 2001, after E. sakazakii was found in the finished product (8 ), exemplifies the need for stringent process control and the use of aseptic techniques during preparation, handling, storage, and use of reconstituted infant milk.
Two options were then evaluated: i) reducing by one fifth of the number of filter sterilizations before renewing the filters, ii) designing new UHT-aseptic lines without an aseptic tank, i.e. without a storage period after the thermal process and before filling.
The IgGs were purified and stored under aseptic conditions at 4°C, or for long storage at −80°C.
Emulsions have poor physical stability on long term storage, risk of emboli formation and require strict aseptic handling [ 9].
In vitro storage refers to the storage of germplasm in aseptic culture under laboratory conditions, while cryopreservation refers to the storage of cells, tissues, seeds, etc. at temperatures of liquid nitrogen (-196ºC).
To minimize the contamination rate and to reduce the risk of dissemination of antibiotic resistant bacteria through the tissue allografts, it is suggested to use aseptic techniques in all the steps of allograft procurement, processing, and storage.
