The phrase "abdominal networks" is correct and usable in written English.
It can be used in contexts related to anatomy, physiology, or medical discussions, particularly when referring to the interconnected systems within the abdominal region.
Example: "The study focused on the various abdominal networks that play a crucial role in digestion and organ function."
Alternatives: "abdominal systems" or "abdominal structures".
Thus, the thoracic part of the thoracic and abdominal network appears to have special characteristics that enable the generation and propagation of an asymmetric motor output.
Although propagated, wave-like output is a property of the entire thoracic and abdominal network and turns are a property of the thorax, it is not clear which part of the system is responsible for the pause, or whether it depends on a fluctuating property of the whole network, such as the level of excitation.
These relatively simple patterns likely were superseded by more complex regulatory networks involving Abdominal-B (abd-B) genes and complicated by a series of activator and repressor factors that bound with regulatory proteins to express or repress appendage development [ 18, 26].
Thus, the inflammatory networks associated with abdominal obesity were distinct from those associated with mere "obesity".
S. Selvan and R. Srinivasan [ 27] had a theory saying that the two popular adaptive filtering techniques, namely adaptive noise cancellation and adaptive signal enhancement, are efficient techniques for processing of abdominal FECG by using neural network.
Again, adaptive noise cancellation and adaptive signal enhancement are efficient techniques for processing of abdominal FECG by using neural network which is faster to a lower mean squared error and suitable for real-time processing.
In addition, macrophages infiltrating into visceral fat is another possibility for inflammatory networks specific to the abdominal obesity.
Fruit fly abdominal pigmentation may represent an optimal setting to study network evolution, as this trait diversified over short evolutionary time spans.
Our network staging policy required a pelvic MRI and abdominal computerised tomography (CT) with either CXR or CT thorax to determine the presence of metastatic disease.
The Emergency Laparotomy Network have highlighted the significant morbidity and mortality associated with emergency abdominal surgery [1].
