Data center energy consumption is attracting all sorts of unwanted attention these days, but the expertise necessary to to make these facilities more energy efficient appears to be in very short supply.
Though there was limited evidence on the accuracy of screening tools [ 7], risk screening under guidance of an effective and efficient tool appeared to be a critical and promising method for high-risk identification, follow-ups and further interventions [ 16, 17].
It is intriguing that most efficient origins appeared to fire late in S-phase in cells released after HU block (Figure 5B and 5C), given that the method applied was known to favor early-firing origins [2], Rad3p-Cds1p mediated checkpoint is known to restore stalled forks during HU-induced DNA replication block [9], [15], [19].
The concept of energy-efficient house appeared as a response to the need to reduce energy demand in this sector.
But free algebras are more efficient, and appear to be sound for "most" protocols.
Avicenna's most developed accounts of the efficient cause appear in the Physics and Metaphysics of his magnum opus, Kitāb al-Shifāʾ (Book of Healing).
Applying a systemic approach, such as that offered by both IE and IS, which cover sustainability and recycling to achieve more resource efficient systems, appears to offer a way forward.
The fusion approach is computationally efficient and appears well suited for mapping diverse crop categories based on sensors with a similar high repetition rate and spatial resolution like RapidEye, for instance the upcoming Sentinel-2 mission.
Efficient replication appears to occur late in S-phase.
Although the treatment process is not very efficient, it appears to be reducing the diversity of bacteria, with a further bacterial supply from untreated contributions to the aquatic system.
