Further, we hypothesize that organizations that produce HPSR within a few given health system building block(s) tend to possess a lower degree of embeddedness than organizations that produce HPSR across more or all domains.
The organization of building blocks into ordered structures is facilitated by a combination of many different non-covalent interactions such as H-bonding, Pi Pi stacking and hydrophobic interactions.
This is based on the following three first principles: individual cell types are the basic components of neural circuit organization, the building blocks of circuit assembly, and the basic units of gene expression and regulation in the brain.
After six years, however, even with states, territories and other organizations sponsoring building blocks of stone, the work stalled at the 156-foot level when funding evaporated.
Self-assembly refers to the spontaneous organization of individual building blocks into higher order structures.
There are many approaches for producing or modifying SAMs patterns and subsequent organization of the building blocks into the pattern areas.
The spontaneous organization of small building blocks to large assemblies by non-covalent interactions is not only of fundamental interest, but also suited for the development of new materials with defined and tunable properties.
As organizations adopted these building blocks and tools, they saw dramatic gains in productivity.
The self-organization of conjugated building blocks in solution or in solid-state on surfaces represents a starting point for the construction of molecular electronics or even circuits, through surface patterning with nanometer-sized objects.
Spontaneous organization of small-molecule building blocks into highly ordered structures, commonly referred to as "self-assembly," is receiving increasing interest for fabricating functional biomaterials.
When these intangibles are not in sync with each other or the more tangible building blocks, the organization doesn't work as it should.
