The phrase "accurately segregated" is correct and usable in written English.
It can be used when discussing the precise separation or classification of items, data, or groups.
Example: "The data was accurately segregated into different categories for better analysis."
Alternatives: "correctly divided" or "properly separated".
Or, put more accurately, segregated, thanks to the majority Buddhist Rakhine people developing a passion for beating, raping, murdering, and setting fire to members of the local Muslim Rohingya minority.
Or, put more accurately, segregated, thanks to the majority Buddhist Rakhine people developing a passion for beating, raping, murdering and setting fire to members of the local Muslim Rohingya minority.
This flexibility suggests that sensorimotor signals, including those that encode spatially overlapping perception and behavior, can be accurately segregated to explicit and implicit control processes.
During meiosis in most organisms, homologous maternal and paternal chromosomes pair and recombine with one another so that they can be accurately segregated during the first meiotic division (Hunter, 2006).
In Drosophila melanogaster females carrying two compound chromosomes, the compounds can accurately segregate from each other, a process known as heterologous segregation.
Biologists discover that the environment surrounding a cell plays an integral role in its ability to accurately segregate its chromosomes.
Similarly, comparable rates for the NKI group are 4 of 21 and 6 of 44, respectively, p = 0.41 one-tailed Fisher's.The prospective model appears unable to accurately segregate patients into high vs. low risk groups.
In this paper, we presented our system PeerSharkPeerShark, which uses a 'best of both worlds' approach by combining flow-based and conversation-based approaches to accurately segregate P2P botnets from benign P2P applications in network traffic.
Therefore we quantitated the ability of strains overexpressing MAD3 to accurately segregate chromosomes in the anaphase following the checkpoint arrest.
The human nervous system can exert dual control on a single action, and is therefore able to accurately segregate sensorimotor signals to explicit and implicit control.
All three of these clustering methods demonstrated that promoter methylation signatures could accurately segregate the samples into the AML and ALL categories.
