We performed a phagosome maturation test using confocal microscopy and found that SD treatment partially attenuated the phagosome arrest induced by M.tb infection.
The scientists imaged the crystals with high-resolution electron microscopy and found that the unique environment made the ice crystallize in a new, cubic configuration, they report online today in Nature.
Morphology of deposits prepared by potentiostatic depositions was analyzed by scanning electron microscopy, and found to be different at high ultrasonic intensities.
Suspecting enzymes were creating this escape hatch (when most frog embryos are ready to hatch, they secrete enzymes from their heads that slowly degrade the egg membrane), the team scoured red-eyed tree frog embryo heads using electron microscopy and found clusters of glands on the snouts that were packed prior to hatching but were empty in newly hatched tadpoles.
Rechardson et al. (2015b) studied honey pollen samples using three metabarcoding targeting (ITS2, matK, and rbcL) as well as by light microscopy and found a significant correlation between the relative abundance of the pollen types in the studied samples with both metabarcoding and microscopic observation (Richardson et al. 2015b).
We certified first Al induced PCD in two peanut cultivars: ZH2 (Al-sensitive) and 99-1507 (Al-tolerant) by DNA ladder, TUNEL detection and electron microscopy, and found that the concentration of Al-induced PCD was lower in ZH2 than in 99-1507 (Zhan et al. [2013]).
LRRC25 is predicted to be a type I membrane protein (http://www.cbs.dtu.dk/services/TMHMM/). Initially, we investigated localization of LRRC25-GFP in HeLa cells by confocal microscopy and found that LRRC25-GFP localized to the cell membrane, while GFP alone showed diffuse distribution in HeLa cells (Fig. 3A).
The martensitic microstructures of NiTi shape memory alloys were examined by transmission electron microscopy and found to be self accommodating conglomerates of large primary (or first formed) plates and smaller secondary martensite plate clusters.
The martensitic microstructures of NiTi shape memory alloys were examined by transmission electron microscopy and found to be self accommodating conglomerates of large primary (or first formed) plates and smaller secondary martensite plate clusters.
In the case of SAMs of 3 the nature of this alteration was investigated via scanning tunnelling microscopy and found to presumably be caused by an order-disorder-transition.
