I like to bring these genre notes into my stories — they give pulp heat.
The use of standardized hypsodont CT enabled comparative studies of intra-pulp heating during the grinding of occlusal tooth surfaces using different tools and techniques.
2. On average, maxillary CT (group 2) grounded flat at 6,000 rpm, took 148 seconds (median: 130 s) for the intra-pulp heating of 5.5°C.
But the average time of heating pulp horn 1 and 2 decreased from 144 s to 38 s (see Figure 6).
When acerola and blueberry pulps were heated in the ohmic heater, a nonlinear behavior of electrical conductivity with temperature was observed.
In this study, we investigated the responses of dental pulp cells to heat stress using reverse transcriptase-polymerase chain reaction and immunoblotting analysis.
Neither pulp horn showed significant faster heating (P ≥ 0.44).
After increasing the rotational speed to 12,000 rpm, these heating times became considerably shorter (at average 109 s for pulp horn 5).
Conversely, heating and probing cause fluid diffusion in the dentine tubules towards the pulp with interactions between the neural and hydrodynamic mechanisms in pulp and dentin [ 9].
Emissions from pulp mills, fertiliser, heating and traffic were responsible for the pollution, which was measured by sulfur levels in the pine needles.
