「Microscopy」の共起表現(1語右で並び替え)

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「Microscopy」の共起表現一覧(1語右で並び替え)

Microscopy

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Interferometric microscopy allows enhancement of resolution of optical
samples of color, and as such is useful for microscopy and immunohistochemistry when excess pigment
molecular biology, two photon laser scanning microscopy and Ca2+ imaging have been used to study act
boratory (aka Beijing Laboratory of Electron Microscopy) and the Center for Condensed Matter Physics
ck-freeze, deep-etch" technique for electron microscopy and have disseminated the equipment and proc
al. have tried the techniques of fluorescent microscopy and gas chromatography to distinguished the
oying shorter wavelengths implied abandoning microscopy and true imaging, however, because there exi
synthesis until the development of electron microscopy and subcellular fractionation in the twentie
l-glass filter commonly used in fluorescence microscopy and spectroscopic applications for selection
In microscopy and macro photography, the subject is close
He is a pioneer in Scanning Probe Microscopy, and he made major contributions to the inve
and rock specimens for transmission electron microscopy and allows greater accuracy in comparing fea
his development of crystallographic electron microscopy and his structural elucidation of biological
scope, not being readily apparent in optical microscopy, and so, if they were of recent origin, the
Microscopy and Microanalysis is a peer-reviewed scienti
Electron Microscopy and Analysis Group; Electron microscopy and
rogram for Certification in Applied Chemical Microscopy and awards certificates for successful compl
Her research has applied microscopy, and in particular Environmental Scanning El
Fungal zoospore fixation for fluorescence microscopy and electron microscopy were optimized with
arch group currently does scanning tunneling microscopy and scanning tunneling spectroscopy.
iques based on neutron diffraction, electron microscopy, and synchrotron x-ray diffraction.
st in the fields of anthropology, ethnology, microscopy and biology.
ch it can be conjugated to dyes for confocal microscopy and used to visualize sites of DNA damage.
In X-ray Microscopy and Microanalysis (eds. A. Engstrom, V. E. C
measure microscopic forces are Atomic Force Microscopy and Optical Tweezers.
it organization for teaching and research in microscopy and crystallography.
ng Interferometry, Electron and Atomic Force Microscopy and modeling techniques like Monte Carlo and
incorporation, it is the largest independent microscopy and microanalysis institution in the United
tical dispersion, used for wide camera lens, microscopy, and for the core of fiber-optic lines.
requency-domain photon migration, non-linear microscopy, and photodynamic therapy.
ne-2,5-dione) is a fixative used in electron microscopy and a curing agent for epoxy resins.
he domains of industry, medicine, astronomy, microscopy and science FireWire cameras are often used
h interests include "all aspects of electron microscopy and analysis, semiconductors (particularly g
gical measurements, the latest techniques in microscopy, and computer simulations.
says, the cells were subject to fluorescence microscopy, and a software device counted the silver gr
es, and other teaching materials relating to microscopy and microanalysis in its own 11,000 square f
de Klug used methods from X-ray diffraction, microscopy and structural modelling to develop crystall
Ping Zhu) that used negative stain electron microscopy and cryo-electron microscopy coupled with to
pectroscopy and Raman spectroscopy, electron microscopy, and x-ray crystallography (x-ray diffractio
In the case of electron microscopy, antibodies are linked to a heavy metal atom
ctin complex visualized by deepetch electron microscopy appears as a short filament 37-nm in length,
According to the Microscopy article on Wikipedia, the limitations of sta
Freeze-etch electron microscopy as applied to cell and molecular biology
eled with QD can be tracked with multiphoton microscopy as they invaded lung tissue.
y, Bloodworth introduced the use of electron microscopy at that institution.
N) is a state-of-the-art center for electron microscopy at the Technical University of Denmark (DTU)
of the image is greatly enhanced over simple microscopy because image information from multiple dept
so related to the brightness of the beam, in microscopy brightness is very often used because it inc
X-ray diffraction and transmission electron microscopy but no quasicrystals were found.
Using electron microscopy but working independently, they were discove
orm in bacterial cells prepared for electron microscopy by chemical fixation, but not by freeze-frac
e and phase information, the interferometric microscopy can be especially efficient for the phase ob
The Electron Microscopy Center is a scientific user facility at Argo
A one year Microscopy Certificate is also offered.
r via an electronic hippocampus bypass, Xray microscopy chip inspection and wireless technologies de
In addition under microscopy, chronic diffuse typhlitis, haemosiderosis,
Super Resolution Microscopy: Co-localzation microscopy (2CLM) with GFP a
as "completely bogus", writing: "Dark-field microscopy combined with live blood analysis may sound
Analysis of native protein by electron microscopy confirm that the protein has an extended str
teaches the Analytical & Quantitative Light Microscopy Course at the Marine Biological Laboratory i
number of techniques including in situ video microscopy, cyclic spectrovoltammetry, photocurrent spe
The EM Data Bank or Electron Microscopy Data Bank (EMDB) collects 3D EM maps and ass
In fluorescence microscopy, dichroic filters are used as beam splitters
4D Electron Microscopy, ed. A. H. Zewail, Imperial College Press, L
involves higher powered instruments: optical microscopy, electron microscopy, X-ray diffraction and
He is a co-founder of the Open Microscopy Environment, an open international consortiu
determined by performing a vaginal wet-mount microscopy examination (or oral/anal if indicated) for
technology applications such as fluorescence microscopy, flow cytometry, fluorescence correlation sp
werful technique when combined with confocal microscopy for studying the location of proteins and dy
ng technique called called X-ray tomographic microscopy has been applied to splendidly preserved, un
Although the Interferometric microscopy has been demonstrated only for optical image
Multiphoton fluorescence microscopy has similarities to confocal laser scanning
Scanning electron microscopy has detected yeast cells in some ancient Egy
In addition, confocal laser scanning microscopy has been used to observe crystal growth near
Scanning and transmission electron microscopy has shown that the surface of the sporangium
Cryo-electron microscopy has recently become a means of determining p
ed his attention to single particle electron microscopy: he was an early proponent of the idea that
SAF microscopy homepages
ery similar to Stimulated Emission Depletion Microscopy, however it can operate with only one wavele
e reagent used for cell staining in electron microscopy imaging.
It differs from traditional fluorescence microscopy in which the excitation wavelength is shorte
resent (typically through staining and light microscopy) in a vaginal/rectal sample, the subject's e
The limitations of electron microscopy in the study of lipid structures deal primar
r analysis techniques are applied to nuclear microscopy including Rutherford backscattering(RBS), ST
In general microscopy information concerns surface crystallography
Edge effect in scanning electron microscopy is a phenomenon where a larger number of sec
Cryoelectron microscopy is used to produce lower-resolution structur
The key feature of confocal microscopy is its ability to acquire in-focus images fr
Dark field microscopy is useful to enhance contrast in unstained s
and freeze substitution methods for electron microscopy, it was generally concluded that mesosomes d
In microscopy, it is used as a staining dye.
m in his article Biofakt und Artefakt in the microscopy journal Mikrokosmos, though at that time it
led "knife-makers" are used in most electron microscopy laboratories to ensure repeatable results.
it educational and research organization for microscopy located in Chicago, Illinois.
In a SEM, as in scanning probe microscopy, magnification results from the ratio of the
In practice, the resolution of cryo-electron microscopy maps is not high enough to allow for unambig
l specimens, and has gained much favour as a microscopy mountant due to its low refractive index of
Euparal is a synthetic microscopy mountant originally formulated in 1904 by Pr
ies in nanopatterning, transmission electron microscopy, nanomaterials synthesis, ultrafast laser so
examination of the parasitic cysts via light microscopy, new methods using molecular biology techniq
sualize acid-fast bacilli using fluorescence microscopy, notably species in the Mycobacterium genus.
isation interferometry and scanning electron microscopy of cross-sections of the sample.
Electron microscopy of an Ophiovirus, specifically the Citrus ps
s considered as the main pioneer of electron microscopy of China.
lson, he published the seminal text Electron Microscopy of Thin Crystals.
lson, he published the seminal text Electron microscopy of thin crystals.
Microscopy of nocodazole-treated cells shows that they
ologist and pioneer in the field of electron microscopy of biological molecules.
focal total-internal-reflection fluorescence microscopy, Optic Letters 29, 569-571 (2004)
Ground State Depletion Microscopy, or GSD Microscopy, is an implementation of
Interferometric microscopy or Imaging interferometric microscopy is the
High Resolution Transmission Electron Microscopy Overview
Confocal microscopy photographs of the descending aortas of two
inology, histology, neuroscience, forensics, microscopy, physical anthropology, and numerous other d
the diffraction barrier in far-field optical microscopy published by Stefan Hell.
lowed for reproducible staining of cells for microscopy purposes.
Low-resolution electron microscopy reconstructions have allowed the visualizati
Atomic Force Microscopy research on insulators
In cryo-electron microscopy, resolution is typically measured by the Fou
s a tissue stain in the preparation of light microscopy sections.
effective and reliable stain used for light microscopy sections.
tive medical literature found that darkfield microscopy seemed unable to detect cancer, and that liv
nisations who are responsible for supporting microscopy services.
Further scanning electron microscopy showed numerous microcracks between the bag
Super Resolution Microscopy: Single YFP molecule detection in a human ca
The popularity of cryoelectron microscopy stems from the fact that it allows the obser
ain samples for electron and electromagnetic microscopy studies of DNA.
Electron microscopy studies show that Bowman's glands contain ce
In modern microscopy synthetic immersion oils are more commonly u
Physicists use an electron microscopy technique that involves microanalysis using
Fluorescent microthermography (FMT) is a microscopy technique for infrared imaging of temperatur
While the low voltage electron microscopy technique will never replace conventional hi
of five carbon rings-using a very different microscopy technique, atomic force microscopy (AFM).
t be necessary with the low voltage electron microscopy technique.
Microscopy techniques are used to produce real space ma
crystal lasers show potential to be used in microscopy techniques and in vivo techniques such as ph
ble to visualize under conventional electron microscopy techniques.
arch Institute, is publisher and provider of microscopy textbooks, handbooks, and atlases including
ed to X-rays such as for optical diffraction microscopy that do not depend on the use of focusing de
It was revealed by electron microscopy that Prp24 may interact with the LSm protein
Using bright-field microscopy, the SCD test appears to be more sensitive t
For still scenes, for instance in microscopy, the resolution of a Bayer mask device can b
is performed in a manner similar to electron microscopy; the primary ion beam is rastered across the
nds on individual chromosomes by ultraviolet microscopy, thereby creating a new tool for the study o
drogen has been shown by scanning tunnelling microscopy to require aggregates of at least three vaca
ty or DNA content in cell cycle analysis and microscopy to visualise the nucleus and other DNA conta
to the application of transmission electron microscopy to metals.
Electron microscopy, to gain high-resolution images of subcellul
cover a wide range of functionality, from IR microscopy to X-ray lithography.
Research performed in 2004 used electron microscopy to predict that UL-6 forms 11, 12, 13, and 1
lecule visualization, such as scanning force microscopy, to study the structure and function of nucl
f images offer can include scanning electron microscopy, transmission electron microscopy, and are a
Nuclear microscopy uses a device called a microprobe.
umbusch, G.R. Holtom, X.S. Xie: "Vibrational Microscopy Using Coherent Anti-Stokes Raman Scattering.
ining salivary gland chromosomes by electron microscopy, using formvar replicas.
aviadenovirus is by histopathology, electron microscopy, viral isolation and ELISA.
The principle of confocal microscopy was originally patented by Marvin Minsky in
uring the next decade, confocal fluorescence microscopy was developed into a fully mature technology
n platinum surfaces and, using photoelectron microscopy, was able to image for the first time, the o
he typical appearance of the biopsy on light microscopy, where the muscle cells have cores that are
Infinity Correction is a technique in microscopy whereby the light coming out of the objectiv
are also derivative methods such as infrared microscopy, which allows very small areas to be analyse
poliovirus have been obtained using electron microscopy while a high resolution structures of the ec
e oocysts can be visualized on wet mounts by microscopy with bright-field, differential interference