1 Microscopical analyses showed that roasting caused cytop
2 The
microscopical analysis from embryonal rat hippocampal ne
3 sections by immunofluorescence and confocal
microscopical analysis.
4 We have shown by a variety of
microscopical and biochemical techniques that Salmonella
5 , using virus-isolation techniques, electron-
microscopical and histologic studies, and molecular and
6 icana was rapidly and reliably identified by
microscopical and molecular analysis.
7 ental key issues such as microbial dynamics,
microscopical characterization of the process culture an
8 nsistent with discontinuities from increased
microscopical connective tissue content.
9 olocalization data support previous electron
microscopical data, suggesting that TPR forms filaments
10 Electron
microscopical evaluation of individual capillaries in EH
11 Microscopical evidence of apoptosis was observed only in
12 Electron
microscopical examination of 120 labelled boutons in are
13 the near absence of lymphoblasts in a light-
microscopical examination of stained bone marrow smears,
14 Asian refugees who were screened by means of
microscopical examination of stool specimens for intesti
15 examination of the patient and confirmed by
microscopical examination of the hair shaft.
16 Microscopical examination revealed a characteristic stai
17 Electron-
microscopical examination revealed ultrastructural featu
18 Under light
microscopical examination, BDA-labeled terminals were ob
19 basis of a sputum smear that was negative on
microscopical examination.
20 Histopathological and electron-
microscopical examinations, microbiologic cultures, and
21 6 percent), and they tended to be incidental
microscopical findings (median size, 4.0 mm).
22 a receptor, was used for light- and electron-
microscopical immunocytochemistry.
23 and are related to each other, at the light
microscopical level, in an intricate overlapping and non
24 IM) is a quantitative, intensity-independent
microscopical method for measurement of diverse biochemi
25 Chemical, immunological and ultrastructural
microscopical methods demonstrated that full-length poly
26 a significant improvement on the subjective
microscopical methods for parasite staging in vivo, aidi
27 However, the
microscopical methods used to diagnose this infection ar
28 Connecting the abundance of
microscopical,
molecular, biochemical, and cell mechanic
29 lly, cells were defined by their function or
microscopical morphological appearance.
30 A-L) were made in the BLA and detailed light
microscopical observations made of the distribution of P
31 Electron
microscopical observations of the hemiellipsoid bodies o
32 Furthermore, light and electron
microscopical observations show that slime is secreted i
33 ge, while Nosema infection was quantified by
microscopical spore count (Million Spores/Bee).
34 A thorough
microscopical,
statistical, and scanning electron-based
35 TER is an improved marker for functional and
microscopical studies of ER-PM interaction, demonstratin
36 are discussed in relation to recent electron
microscopical studies of intercellular junctions in the
37 adrenal medulla was incomplete, and electron-
microscopical studies revealed a depletion of secretory
38 Electron
microscopical studies revealed that the defect of the 20
39 Electron
microscopical studies showed that the electron-dense agg
40 yed in immunofluorescence and immunoelectron
microscopical studies to investigate the expression of i
41 This paper is a light
microscopical study describing the detailed morphology a
42 The present light and electron
microscopical tracing study describes the PAG-NRA pathwa