this task more effectively—what is missing from the policies is any direct help with this task. In terms of systems engineering, present policy seems to treat the classroom as a bla k box. Certain inputs from the outside are fed in or make demands—pupils, teachers, other resources, management rules

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predicted by Softberry BPROM promoter prediction and consisted of the 235 box of IS18 and a 210 box separated by 13 bp (Figure S1, available as Supplementary data at JACOnline).10 Inter-estingly, the TTCAAT235 box identical to that from Baz (blaOXA-228) was adjacent to the left inverted repeat. OXA

fragment) and a Hindi site covering 1.05 kb. The blaZ gene sequence ia extremely AT rich, with 73Z AT and 27Z GC. The nucleotide sequence of the 5 ' portion of this gene has been reported, and the sequence within the boxed area is taken from McLaughlin et _ al ̂ (3). The ami no acid sequence

-specific administration of the selective 5-HT2CR agonist CP-809101 in the lateral/basolateral amygdala (BLA) increases shock-elicited fear while administration of CP-809101 in the dorsal striatum (DS) interferes with shuttle box escape learning. These findings suggest that activation of 5-HT2CR in discrete brain regions

) underwent bilateral cannulation in basolateral amygdala (BLA) and received intra-BLA saline (1 Ìl per rat) extract or crocin (1, 5, 10 Ìg per rat), whereas the second category (8 groups, n = 7-9 rats / group) received saline (1 ml kg -1 ) extract or crocin (1, 5, 10 mg kg -1 ) intraperitoneally. Both

Th3r2 party software is now in reasingly used in systems with hhm dependability requirements. Thq evolution of system development raises new h czM55LcO in parti ular regarding thg implementation of faulttoleran e. As systems are often built of bla k-box omponents, some ru ial aspe ts of thczz

the promoters, allowing transcription of the downstream genes to proceed. CopR binds through its N-terminal domain to a ‘cop box ’ of consensus TACANNTGTA, which is conserved in Firmicutes. We have solved the NMR solution structure of the N-terminal DNA-binding domain of CopR. The protein fold has a winged

at them from dierent viewpoints. Thanks to my olleagues in Valen ia and Udine. Cesar Ferri and Santiago Es o-bar were a referen e point sin e the rst instant. I will never forget the months we spent in our \bla k box " during the rst year. I am very grateful to Carla Piazza. Carla has taught me so

Wireless sensor networks are used to collect sensor data in different applications such as environmental monitoring, smart building control, and health care applications. Wireless sensor nodes used are typically small, low-cost, and battery powered. The nodes are often hard to access after deployment, for example when they are in remote locations. Another property of wireless sensor networks is that their operation is dependent on the environment they operate in, both due to the specific sensor readings but also due to the effects on communication by factors such as fading and radio interference. This makes it important to evaluate a wireless sensor network in its intendent target environment before final deployment. To enable experiments with wireless sensor networks in their target environment, we have designed and implemented a testbed called Sensei-UU. It is designed to allow WSN experiments to be repeated in different locations, thus exposing effects caused by the environment. To allow this, the testbed is designed to be easily moved between experimental sites. One type of WSN applications Sensei-UU is aimed to evaluate is protocols where nodes are mobile. Mobile testbed nodes are low-cost robots which follow a tape track on the floor. The localization accuracy of the robot approach is evaluated and is accurate enough to expose a