One major difficulty is ensuring a constant coronary perfusion pressure over a range of different heart sizes - a key component of any experiment utilizing this device(1,11).
To extend our previous observations, we performed similar experiments utilizing this immunocompetent model of breast cancer.
Experiments utilizing this technique had suggested that SNARE proteins are sufficient for fusion to take place, and that no other protein complexes need to be present.
Keyframes extracted from the TRECVID2005 video dataset were utilized in this experiment because they had full annotations for a large set of semantic concepts.
Three different FAST-1 overexpressing HeLa clones, which showed the lowest level of FXN expression, empty vector-transfected cells and non-transfected control HeLa cells, were utilized in this experiment.
Eight crossbred (Holstein×Zebu) bulls (353±36.9 kg of BW; 24±1 mol) with ruminal and abomasal cannulas were utilized in this experiment.
The four tall fescue hays utilized in this experiment were baled at 99 (low, L), and 225 g/kg (high, H) moisture prior to rainfall, and at 246 g/kg moisture after a 23 mm rainfall event (H R) and at 93 g/kg moisture after a total accumulation of 72 mm of rain (L R).
The frontal and neutral expression images from the ND Twins database were utilized for this experiment.
Two kinds of EM instruments were utilized in this experiment: ocean bottom electromagnetometers (OBEMs) and electric field observation systems (EFOSs).
The WARP hardware utilized in this experiment uses temperature-compensated crystal oscillators for the carrier reference, which accounts for the very minor drift, even after two minutes.
It would be preferable that all electrical contacts be composed of only tungsten deposition; however, the FIB-SEM apparatus that was utilized in this experiment could not deposit tungsten using the EB.
