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1 ractical, for instance for samples held in a cryostat.
2 ins were rapidly frozen and sectioned with a cryostat.
3 rneas and six human corneas with a microtome-cryostat.
4 l mode of the device in-equilibrium with the cryostat.
5 ient conditions and in situ to a measurement cryostat.
8 ll increments of NO were introduced into the cryostat and the following reactions were monitored by t
13 of peroxo Delta 9D at 4.2 K in the Mossbauer cryostat caused the release of O(2) and the reappearance
16 perating in a deep-underground lead-shielded cryostat decreases the quasiparticle burst rate by a fac
19 o indicates that this technique could reduce cryostat heating for fast gates, a vital requirement for
20 e the total power consumption of most modern cryostats, including those that reach millikelvin temper
22 pid movement of a large optically accessible cryostat is used in combination with nanosecond time-res
23 reated with H2O2 or aflatoxin B1 and then to cryostat liver sections of rats treated with aflatoxin B
26 ermine the level of COX deficiency in serial cryostat muscle sections (mean age, 42.6 years; range, 3
27 lar associations of dystrophin with actin in cryostat muscle tissue sections by combining resonance e
28 sically retained by simple filtration in the cryostat of the DNP polarizer, and a pure hyperpolarized
29 ed stillborn to 85 years, were fresh frozen, cryostat sectioned, and prepared for indirect immunofluo
30 ge, 6 months to 67 years) were fresh frozen, cryostat sectioned, and prepared for indirect immunofluo
33 emoved and activity was measured, lungs were cryostat-sectioned to detect the presence of ICAM-1 by i
35 (-IR) axons in the female rat bladder, using cryostat sections and whole wall thickness preparations.
36 cortical neurites grew robustly on neonatal cryostat sections but only sparsely on sections from adu
38 mined br radioligand binding analysis and in cryostat sections derived from normal liver and hepatoma
39 ocytes and E-cadherin on epithelial cells in cryostat sections from 34 diagnostic biopsy specimens an
40 r cortex were plated onto various regions of cryostat sections from developing and adult hamster brai
44 , we performed immunohistological studies on cryostat sections obtained from 26 breast cancer biopsie
45 njugated secondary antibody was performed on cryostat sections of 90 renal transplant biopsies, inclu
48 lls were examined by immunohistochemistry in cryostat sections of bronchial/nasal biopsies obtained f
49 uorescence (IF) for desmosomal components on cryostat sections of fresh epithelia was supported by im
52 d IV activities were demonstrated in unfixed cryostat sections of gingival tissue from chronic period
58 otein extracts in immunoblot analysis and to cryostat sections of ocular tissues in immunofluorescenc
59 focal microscopy of rat cardiac myocytes and cryostat sections of rat left ventricle papillary muscle
62 ed using 125I-PP receptor autoradiography on cryostat sections of the entire brain cut in three plane
63 table polypeptides and their distribution in cryostat sections of the limbocorneal area were investig
64 stry were employed on paraformaldehyde-fixed cryostat sections of the pigeon eye and surrounding orbi
66 sing cells was established by immunostaining cryostat sections of the retina with antibodies against
68 Mice were injected with 125I-estrogen and cryostat sections thaw mounted onto emulsion-coated slid
70 te outgrowth from cortical explants onto the cryostat sections was visualized with a fluorescent vita
72 rain, spinal cord, and eyes were frozen, and cryostat sections were collected on slides, hybridized w
81 ival times ranging from 10 hours to 28 days, cryostat sections were stained for routine histology and
84 was used to detect class II MHC proteins on cryostat sections, followed by computer-assisted image a
85 ction of microRNA (miRNA) and they often use cryostat sections, signal amplification and hybridizatio
91 0(6) in ultra-clean nanotube resonators at a cryostat temperature of 30 mK, where we define Q as the
92 gn and construction of a novel liquid helium cryostat that accommodates variable-sized quartz tubes/c
93 transfer them in and out of a liquid-helium cryostat that houses a superresolution fluorescence micr
95 t neuropil and glia were microdissected from cryostat tissue sections of histologically severely affe
97 ections of medulla from female rats cut on a cryostat were incubated with five concentrations of (125