Veterian Key

Fig. 1. On the left, a typical ion-sensitive microelectrode is illustrated in which the barrels are closed with wax (red). The two contact wires are marked with “+” and “−”…

Fig. 1. In order to slice the artery in a right angle in its axis, the specimen should be embedded in a right angle on the plate. The embedded specimen…

Fig. 1. An example of in vivo intracellular recording setup.   3. Oscilloscope: Oscilloscope is used to constantly monitor the electrical signals collected by the recording electrode and amplified by…

Day Test(s) Assessment of…  1 Eye blink, righting ability, beam balance, footfall, inclined plane, wire hang, adhesive tape removal, cylinder test (for unilateral models only) General neurological functioning and sensorimotor…

Method Description Optical Fractionator Used to estimate the number of objects in a given region of interest; uses fractionator sampling methods with the Optical Disector Physical Fractionator Used to estimate…

Fig. 1. (a) Thumb and forefinger secure the sides of the head, while the palm contacts the dorsal aspect of animal torso, and opposite hand secures hind limbs, (b) trap…

) frequencies interact with molecules in a medium and generate a new field at the anti-Stokes frequency . In most experiments, the pump field E p and probe field come…

Fig. 1. (a) Individual SmartCage with a mouse in a normal home cage. The floor-sensor was placed in the home cage floor and IR array was mounted inside the platform….

Fig. 1. (a) T2*-weighted magnetic resonance (MR) images acquired with a gradient echo sequence (GRE) allow to visualize the experimental frontal hematoma in a pig. (b) Photograph displaying the experimental…

Fig. 1. (a) Ruptured intracerebral aneurysm results in rapid hemorrhage into the subarachnoid spaces. Increased intracranial pressure, reduced cerebral blood flow, and perfusion pressure lead to cellular injury. Auto-oxidation of…