In this paper, an innovative concept for a laboratory and a student competition for the improvement of practical orientation of control engineering teaching are presented.
Atrium and ventricle are indicated by the letters a and v. (B ) Percentages of heart-looping orientation of control (n = 338) and ttc26 (n = 309) knockdown fish.
On the other hand, previous studies emphasized the importance of femoral tunnel orientation to control anterior tibial translation and rotatory laxities [ 8, 9].
This dynamically controlled fiber pattern system fulfilled the need of controlling cell orientation and biocompatibility, thus was potential to modify scaffold surfaces for tissue engineering application.
The possibility of controlling the orientation of the robot in the absence of external dissipative forces is investigated.
The importance of controlling spindle orientation is manifested in neurodevelopmental defects such as microcephaly, tumor initiation as well as defects in tissue architecture and cell fate misspecification.
The presence of several basic amino acid residues along the β-sheet, including Lys34, Lys36, and Arg41 provide a favorable electrostatic environment for the α-and β-phosphates, with the orientation of Arg41 controlled by a second shell of hydrogen bonding to Asp66.
The experimental observations highlight the importance of fibre orientation in controlling the deformation mechanisms under dynamic impact, in particular limiting the shear deformation of Dyneema® panels.
They used magnetic fields with different orientations to control fabrication progress of the Fe2O3/graphene nanosheets.
(A ) Representative images of heart-looping orientations of control (Left: normal) and ttc26 knockdown (Right: reversed) fish at 2 dpf.
This dissociation supported the assumption of a neural pathway in humans for sensing the orientation of gravity and controlling upright body posture, separate from the well-known visual-vestibular system for perceiving the orientation of the visual world [9], [12] [14].
