The phrase "adapted to low" is not complete and lacks context, making it difficult to determine its correctness in written English.
It could be used in contexts discussing adjustments or modifications made for low conditions, such as low temperatures, low light, or low resources.
Example: "The equipment was specifically adapted to low temperatures to ensure optimal performance in Arctic conditions."
Alternatives: "designed for low" or "modified for low".
The structural adaptation of SHMT synthesized by microorganisms adapted to low temperatures was first investigated using an in silico comparative approach, with the aim to detect significant variations of physicochemical properties in SHMTs [ 59].
This is an expected response, since psychrotrophic organisms, such as E. antarcticum B7, are only adapted to low temperatures, requiring more complex molecular adaptation processes then those observed for psychrophilic bacteria.
Therefore, individuals adapted to low quality hosts might more readily switch to higher quality hosts.
Removal of CODdis was at first negative, but improved as the sludge adapted to low temperature.
For example, Californian serpentine grasslands are renowned for high levels of endemic species that are adapted to low N soils.
NIMASTEP, the local orbit propagator, initially designed for high altitudes, has been adapted to low altitude orbits.
The fact that some molluscs have adapted to low-pH freshwater environments over millions of years is not evidence that molluscs currently living in the ocean will be able to tolerate acidification occurring over a few decades.
For example, a new fish species (Apistogramma cinilabra) that has adapted to low-oxygen water is unique to one small lake in the Loreto region of Peru and found nowhere else in the world – making it and other species even more vulnerable.
Given that this pioneering species is adapted to low-fertility soils, it is unclear whether it would respond positively to biosolids.
Intervertebral discs (IVDs) are the largest avascular structures in the body; therefore, cells within these discs might be adapted to low-oxygen conditions.
There is a strong need to develop both acquisition and processing tools that are specifically adapted to low-dose and high-speed ET and for STEM-based techniques in particular.
