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1 out a matrix detectable by phase contrast or differential interference contrast.
3 DIC requires only a microscope equipped with differential interference contrast and a digital camera.
4 post-transection times; and (5) we examined differential interference contrast and confocal images a
5 ion were examined 2 to 6 months later, using differential interference contrast and epifluorescence m
7 sion, pause, and retraction), as revealed by differential interference contrast and fluorescence loss
8 addition, analysis of infected monolayers by differential interference contrast and fluorescence micr
9 nt cells and their nucleoids were studied by differential interference contrast and fluorescence micr
12 architecture of the mesoglea, as observed by differential interference contrast and scanning electron
13 s were assessed by light (phase-contrast and differential interference-contrast) and transmission (st
14 late cells were studied with phase contrast, differential interference contrast, and epifluorescence
18 labeled with dynein-GFP with high resolution differential interference contrast (DIC) images of nucle
19 ch 1- to 3-minute interval, GFP and Nomarski differential interference contrast (DIC) images were acq
22 nal motion of plasmonic gold nanorod under a differential interference contrast (DIC) microscope.
24 as examined over time (0, 3, 6, 18 hours) by differential interference contrast (DIC) microscopy afte
27 nce of plasmonic nanoparticles' contrasts in differential interference contrast (DIC) microscopy has
29 -based detection technique, with the help of differential interference contrast (DIC) microscopy, off
31 swimming R. sphaeroides was examined by both differential interference contrast (DIC) microscopy, whi
32 licated point spread functions (PSF) such as differential interference contrast (DIC) microscopy.
34 fluorescent neural profiles visualized with differential interference contrast (DIC) optics in horiz
35 ) changes in cell wall thickness by Nomarski differential interference contrast (DIC), (2) changes in
36 Using fluorescent speckle microscopy (FSM), differential interference contrast (DIC), and phase cont
37 ture epi-illuminator, which inserts into the differential interference-contrast (DIC) slider bay of a
38 en gel, intrinsic fiber structure visible in differential interference contrast images can provide ma
40 can be derived automatically from timelapse differential interference contrast images using a Deform
42 ent speckle microscopy (FSM) and correlative differential interference contrast imaging to investigat
46 were observed in real time by video-enhanced differential interference contrast light microscopy at d
47 We have used time-lapse. video-enhanced, differential interference contrast light microscopy to d
48 dual microtubules in vitro by video-enhanced differential interference contrast light microscopy.
50 ver a period of 3 days using motion-enhanced differential interference contrast (MEDIC) microscopy, a
51 d and used as optical imaging probes under a differential interference contrast microscope for single
53 d nanorods at nonplasmonic wavelengths under differential interference contrast microscopy (DIC).
54 nuclear localization by video-enhanced color differential interference contrast microscopy (VEC-DIC),
55 ction of emerging HbS polymers using optical differential interference contrast microscopy after lase
56 n vertebrate-cultured cells using time-lapse differential interference contrast microscopy after micr
57 crotubules were visualized by video-enhanced differential interference contrast microscopy and cells
58 analicular membrane structure as observed by differential interference contrast microscopy and F-acti
59 rmined by contrast changes in ribs imaged by differential interference contrast microscopy and fluore
61 chnique described here, and a combination of differential interference contrast microscopy and von Wi
62 with microvilli and microridges observed by differential interference contrast microscopy and were s
63 DPA) was monitored by Raman spectroscopy and differential interference contrast microscopy during ger
64 However, this model was challenged by the differential interference contrast microscopy observatio
67 ht scattering, dynamic light scattering, and differential interference contrast microscopy to confirm
68 dipicolinic acid (DPA) was then measured by differential interference contrast microscopy to monitor
69 from translational motions in the z-axis in differential interference contrast microscopy to result
70 -simultaneous three-dimensional fluorescence/differential interference contrast microscopy was used t
75 vanced light microscopy technique, episcopic differential interference contrast microscopy with the s
76 microscopy) and ciliary beat frequency (CBF; differential interference contrast microscopy) with a si
77 nt publications reported, however, that with differential interference contrast microscopy, all midgu
78 easy to identify using video-enhanced color differential interference contrast microscopy, and they
82 nucleated assembly assay and video-enhanced differential interference contrast microscopy, we demons
89 the loss of granule contents as monitored by differential interference contrast microscopy; and the f
93 laments has been visualized by dark-field or differential-interference-contrast microscopy, methods h
95 r, costly microscope equipment with infrared differential interference contrast optics is not always
96 rity of giant vesicles based on quantitative differential interference contrast (qDIC) microscopy.
97 yofibrillar degeneration were apparent using differential interference contrast video microscopy.
98 y human HbC were studied by bright-field and differential interference contrast video-enhanced micros
99 nsequences of this regulation using infrared differential interference contrast videomicroscopy to me
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