In addition, a large amount of connections along the OR are feedback connections, providing a bidirectional bridge between sub-cortical and cortical processing of visual information (Van Essen and Maunsell 1983; Felleman and Van Essen 1991).
While the RBBH method was proven to provide a solid bidirectional bridge between orthology and bidirectional best hits inferred from sequence similarity [ 19], it is by far not perfect given its limitations caused by evolutionary events such as gene loss and gene duplications or by incomplete genomic sequences.
A three-phase power supply rectified by a controllable bidirectional IGBT bridge is used to imitate the dc output of a ESS or a solar PV generator.
Airflow was measured by fast response time airflow sensors (bidirectional micro bridge mass airflow sensor, AWM 2000 series, Honeywell®).
Specifically, we utilize bidirectional transformation to bridge the abstraction gap between architecture and system, and design an algorithm based on it, which addresses issues such as conflicts between architecture and system changes, and exceptions of system manipulations.
The necessity of mathematical cooperation between these three disciplines is quite obvious when facing the formidahle task of establishing a bidirectional transfer which bridges the gap between deep, detailed theoretical insight and relevant, specific applications.
Results from selected numerical examples show that the generic bridge geometry, bidirectional loading, and the loading ratio (or the assumed combination rule), have a pronounced effect on the end diaphragm's inelastic behavior.
Finally, we further tested the bridging concept by demonstrating that the bridge is in effect bidirectional: the mutated hemichannel Cx26R104E, in which E104 can bridge to K125 in the reverse direction, was also constitutively open, but had no sensitivity to CO2.
3) Assuming [2] above does indicate 1 MT per bridge, in experiments detecting bidirectional rotational motion it is important to compare the velocities of dynein-driven bead motility in the two directions, and not just the helical pitches.
This new device is based on an inverted crawler which is able to displace heavy structures such as large span bridges in a continuous and bidirectional way.
In this way, it provides a great contribution for the civil engineering field focused on a new method for launching bridges by a continuous and bidirectional mechanism.
