The phrase "associates network" is correct and usable in written English.
It can be used to refer to a group or system of individuals or organizations that are connected or work together, often in a professional context.
Example: "Our company has established an extensive associates network to facilitate collaboration and resource sharing among partners."
Alternatives: "affiliates network" or "partners network".
During the day, your headset and other wireless devices help you communicate across the network, with your friends, associates, network buddies, and "digital peers". The headset also keeps you connected to that hard rock collection that you really love to listen to.
If you let it be known to your friends and associates network that you are looking for a date then you increase your dating opportunities while also warding off strangers and potential psychopaths.
We have presented a mesoscopic description of large networks which associates networks with a set of curves.
Here we propose a mesoscopic description of large networks which associates networks of different structures with a set of particular curves, using breadth-first search.
By associating network topological information with existing protein annotations, we have identified 430 such EMFs in the human interactome.
Constitutive centromere associated network (CCAN) proteins create a platform for kinetochore formation.
Among the kinetochore proteins, Constitutive Centromere-Associated Network (CCAN) and KMN-network proteins form the base of the vertebrate kinetochore architecture.
The properties and architecture of the 16-subunit Constitutive Centromere-Associated Network (CCAN) that allow it to build a robust platform for kinetochore assembly are poorly understood.
Our findings may also suggest that the medial prefrontal cortex and its associated network play a role in the development of GTCS.
Following is a brief introduction of these networks: An associated network with a high chart distance across and when edges are included haphazardly, the measurement diminishes radically.
As is the case for mGluR1, mGluR5 activation increases neuronal synaptic excitability by increasing synchrony between cells and driving associated network activity, whereby mGluR5 is mainly responsible for initiation of bursting activity within hippocampal neuronal networks [60].
