The phrase "autonomous machinery" is correct and usable in written English.
It can be used to describe machines that operate independently without human intervention, often in the context of technology or robotics.
Example: "The factory has invested in autonomous machinery to improve efficiency and reduce labor costs."
Alternatives: "self-operating machines" or "automated equipment".
Not many of these customizable products would be possible without the lurching semi-autonomous machinery and CAD software that turns those lightbulb ideas into real life objects.
However, approximately 120 genes are retained in the plastid genome of land plants, and plastids have semi-autonomous machinery for the expression of their own genomes (Sugiura 1992; Barkan and Goldschmidt-Clermont 2000).
Others are miniature versions lacking internal sequences but retaining the boundaries of the original element, making it possible for the autonomous element machinery to recognize them.
The MAM reported here may thus have helped to maintain the TOL pathway as an autonomous metabolic machinery that interacts only minimally with the central carbon consumption routes of the host cells.
The retina contains the autonomous clock machinery that generates a variety of self-sustained biochemical and cellular rhythms, allowing it to measure time and predict the 24 h changes in the ambient light conditions [ 1, 3, 4].
Hence, lipids have no regulatory contribution to this process; they simply adapt their shape passively for filling space between otherwise autonomous protein machineries.
Our findings all together further support a diamond-shaped, three-layered hierarchy exhibiting some feedback between processing and coordination layers, which is shaped by four classes of systems-level elements: global regulators, locally autonomous modules, basal machinery and intermodular genes.
The discovered common functional architecture is a diamond-shaped, matryoshka-like, three-layer (coordination, processing, and integration) hierarchy exhibiting feedback, which is shaped by four systems-level components: global transcription factors (global TFs), locally autonomous modules, basal machinery and intermodular genes.
Release 16 is where you'll see the ultra-reliable, low latency capability, which is really required for things such as autonomous vehicles, operating machinery remotely in dangerous areas that might require high-resolution camera feeds or with highly responsive and accurate telemedicine or telesurgery - that applies to plenty of industrial equipment too.
However, only scant information is available about the turnover of membrane proteins at the presynaptic site where a complicated and autonomous vesicle recycling machinery needs to deal with many 100s of synaptic vesicles.
