Extracellular, local field potential (LFP) and multiunit activity (MUA) were recorded through a linear silicone-based electrode array (16 recording sites with a centre-to-centre separation of 100 μm).
Individual disc microelectrodes measuring 15 μm diameter, have a recessed geometry with hole depth of less than 10 μm and centre-to-centre separation between 100 and 300 μm.
A theoretical model is also implemented, which considers the effect of centre-to-centre separation of the optical fibres on the sensor performance, and the experimental results are compared with the theoretical predictions.
If the filament displacement, normalized by the centre-to-centre separation between filaments, is ε, the enhancement in the flow rate through the enlarged opening in the fabric is given by approximately 2ε.
A linear silicone-based electrode array (15 μm thick, width of 33 μm at the penetrating electrode and of 125 μm at the surface-most electrode; 16 recording sites, with a centre-to-centre separation of 100 μm, each with an area of 703 μm2; A1 × 16-5 mm-100-703-A16, Neuronexus) was inserthe in the spinal cord.
The DBS electrode used was model 3389 (Medtronic Neurological Division, Minneapolis, USA) with four platinum iridium cylindrical surfaces (1.27 mm diameter and 1.5 mm length) and a centre-to-centre separation of 2 mm.
The DBS electrodes used were model 3389 (Medtronic Neurological Division, Minnesota, USA), with four platinum iridium cylindrical contacts (1.27 mm in diameter and 1.5 mm in length) and a centre-to-centre separation of 2 mm.
Results are shown for centre-to-centre separations (equal to h+2 r2) that match those obtained from ET reconstructions.
In particular, we have observed that, in wild-type cells, the square-packed organisation with a regular 40 nm centre-to-centre microtubule separation is established during metaphase whereas spindles from the same stage in the cdc25.22 mutants appear to have a less ordered midzone architecture (Ding et al., 1993).
Frankland's separation centre is the first of three in high security units.
