Across all of these studies, a well agreed upon point is that repair of defective bone by ASC can be achieved when transplantation is preceded by extensive pre-differentiation protocols (Refs 101, 123, 124, 125, 126, 127, 128) or genetic manipulation with genes encoding for bone inducers (Refs 129, 130, 131, 132, 133).
The second paper, "A new iterated local search algorithm for solving broadcast scheduling problems in packet radio networks" by Lin and Wang, studies a well-known NP-complete optimization problem, the broadcast scheduling problem (BSP), which aims to minimize the length of a time frame while avoiding packet collisions and minimizing the number of idle nodes.
Within these studies, a well-balanced mixture of quantitative, qualitative and mixed tools and modes of analysis were applied.
One candidate for such a variable is water arsenic concentration; low arsenic (< 5 μg/L) was a selection criteria for two studies (a well-based and a clinic-based study) in the first batch.
As indicated by recent studies, a well-designed, integrated and carefully implemented electronic reporting system can have several advantages including accessibility, increased accuracy, elimination of illegible forms, ease of use and automated reporting [ 15, 18, 28, 58].
In many ecological studies, a well-defined and documented reference condition is not available in the scientific literature (e.g., we do not know water quality, quantity, or some species assemblages [macroinvertebrates] of the historic [pre-Columbian] landscape of UPDE and DEWA).
A main strength of our study is a well characterized study population.
This opens new possibilities for 3D cell studies at a well defined interface.
Here, we study a well-known individual reinforcement learning task, namely the so-called Q-Learning [64].
On the basis of these findings, we studied a well-defined cohort of patients with CD and healthy controls from Vienna, Austria.
To investigate the influence of LILFU on synaptic transmission we focused on studying a well-characterized synapse in the mammalian central nervous system, the hippocampal CA3-CA1 synapse.
