In both analyses, the chambers were collected for the following treatment.
24 ± 1% of motile RNPs analysed per chamber moved exclusively unidirectionally towards the minus ends of microtubules (mean ± SEM, 10 chambers; e.g., Figure 1B,D; Video 1).
To assess the mechanisms underlying these changes, we combined leaf structural, physiological and chemical analyses with growth chamber studies of P. minima growth and host infection.
Chemotaxis was analyzed by chemokine receptor analyses and transwell chamber assays.
From a mechanical engineering point of view, it is important to analyse the drift chamber structure and define the conditions to which it is subject in terms of both mechanical loads and geometric constraints.
For these experiments, T-Ag expressing cell lines were treated with LY294002 and U0126 singly or in combination, followed by in vitro invasion and migration analyses using Boyden chambers.
Histological analyses of cardiac chambers from adult tinC> EGFR Act and tinC> Ras85D V12 heterozygous flies showed heart wall thicknesses that were increased two- to three-times compared with controls (6.7±0.6 μm for controls versus 15.2±0.1 μm for tinC> EGFR Act versus 23.1±1.0 μm for tinC> Ras85D V12, P<0.05; Fig. 1C,D).
The results of analyses show that the chamber is stable in static and dynamic condition with 20 cm thickness of reinforced shotcrete, fully bonded rock bolt with 35 mm diameter, 3.5 m length and steel frame with 82 kg/m I section with 0.85 m spacing.
A microencapsulated PCM slurry with melting/crystallisation temperature around 18 °C has been analysed in a test chamber containing a chilled ceiling.
The electrical intensity of the thermoelectric cooler, the influence of the surrounding temperature and the use of isolating material or air in the space between the photodiode and the walls of the chamber are analysed.
