「μm」の共起表現一覧(1語右で並び替え)
該当件数 : 79件
| eukemia cells in vitro at a concentration of 160 | μM, although it is less potent in this regard than |
| hibits class I HDAC1 and HDAC3 with IC50 of 0.51 | μM and 1.7 μM, respectively. |
| thermal infrared data from 6 to 50 micrometers ( | μm) and bolometric visible-NIR (0.3 to 2.9 μm) meas |
| oth in the white stage and measure 10-30 by 5-12 | μm, and are warty, round and thicker-walled in the |
| ine oxidase inhibitors (MAOIs) with IC50s of 0.5 | μM and 1.5 μM respectively, using 5-hydroxytryptami |
| blood vessels around the optic disc is about 150 | μm, and an ophthalmoscope allows observation of blo |
| harynx is rounded and has a diameter of 60 to 74 | μm and the esophagus is straight to a bit curved in |
| l bands spanning the wavelengh interval 0.45-2.5 | μm, and 5 metres spatial resolution. |
| olutions less than one micrometer (typically 0.1 | μm) and elongations up to 900 mm can be achieved, w |
| elets at an average concentration of 4.00 ± 0.70 | μM and VMAT2-mediated serotonin uptake in vesicles |
| ell types where the resting level of Ca2+ is < 1 | μM and does not vary with the experimental conditio |
| avily-obscured inner (barred?) spiral disk at 24 | μm as shown by the Spitzer IR telescope |
| nitrogen as "medium 57", particulate matter 2.5 | μm as "low 21", and boron & compounds as "low 15". |
| Its thickness ranges from 3 | μm at birth to 8-10 μm in adults. |
| ytes are unicellular, with large cells (50 → 100 | μm) but no cell walls. |
| lt-loving, Gram-negative soil bacterium, 0.4-0.6 | μm by 1.8-2.5 μm. |
| of its most prominent spectral lines, at 149.14 | μm, coincides with a doublet of spectral lines belo |
| Both were fabricated by Motorola in its 1.5 | μm complementary metal-oxide-semiconductor process. |
| The second type are larger (>0.7 | μm), contain both actin and microtubules and can ca |
| This disk was resolved at 70 | μm, corresponding to an inner radius of 96 AU from |
| esh filter, diffusion predominates below the 0.1 | μm diameter particle size. |
| r plants) made of spherical cells that are 12-45 | μm diameter that contain intracellular pigment. |
| It can contain up to 40 % of very fine (1-10 | μm), evenly distributed authigenic quartz crystals. |
| calcareous particles ranging in diameter up to 4 | μm formed by the recrystallization of lime mud. |
| Above 1000 | μm, gravity overwhelms DEP; below 1 μm, Brownian mo |
| ectroluminescence at wavelengths as short as 2.5 | μm has been observed. |
| SAFARI: 30-200 | μm imaging spectrometer (to be provided by ESA) |
| e four-spored basidia typically measure 24 to 35 | μm in length by 7 to 9 μm in width, but can be as m |
| Cells are non-motile irregular cocci 1.0-2.5 | μm in diameter. |
| PM2.5, fine particles: 2.5 | μm in size or less |
| regular euhedral microcrystallites of around 0.5 | μm in diameter, with the average aggregate size ran |
| ite mite is very small; the female is around 380 | μm in length and the male is even smaller at around |
| ese organelles range from 0.5 to 10 micrometers ( | μm) in diameter. |
| s formed by micropitting are approximately 10-20 | μm in depth, and micropitted metal often has a fros |
| d hyaline and very large for the genus, up to 13 | μm in length. |
| This small oval, eyeless mite is around 300 | μm in length with a soft body covered in striations |
| This very small oval, eyeless mite is around 250 | μm in length with a soft body covered in striations |
| They are usually around 5-20 | μm in size, and occur in soils and aquatic habitats |
| This oval, eyeless mite is around 400 | μm in length with a soft body covered in striations |
| This small oval mite is around 300 | μm in length with a smooth body and legs much short |
| d wingless and may be no more than 0.139 mm (139 | μm) in length (smaller than a single-celled paramec |
| phae which run down the stem and measure 4 to 11 | μm in thickness. |
| ice as attested by deep absorption at 1.5 and 2 | μm in the infrared spectrum and neutral (i.e. |
| allus arranged in orange granules that are 30-50 | μm in diameter and form patches that can be 0.2-1 m |
| an abrasive stone; this layer is usually about 1 | μm in magnitude. |
| between a rod and a coccus measuring some 1.5-3 | μm in length and 0.5-1μm in diameter with rounded e |
| onite in which the matrix grains are less than 5 | μm in size. |
| ain up to 10,000 fibers ranging from 200 to 2500 | μm in diameter; The main advantage of hollow fiber |
| presence of a dip in the observed spectrum at 3 | μm indicates that the surface is hydrated, suggesti |
| r system does not show any excess emission at 70 | μm, indicating it does not have a cold outer dust d |
| rom the opposite side of the capillary by a 10.6 | μm infrared laser. |
| substantially greater sensitivity in the 10-100 | μm infrared band (IR band); the telescope is intend |
| At a wavelength of 5 | μm, it was found to have the highest flux of any ob |
| erophers and Clonorchis, usually measuring 26-28 | μm length and 15-17μm width. |
| ically 30 to 42 (though sometimes as much as 50) | μm long by 6.0 to 10.5 μm wide. |
| The cell body is ovoid, 6 to 10 | μm long, and 3 to 6 μm wide. |
| The sterigmata are between 1.6 and 7 | μm long. |
| An absorption feature around 0.7 | μm may also be present, which is indicative of phyl |
| In between, near the 0.3 | μm most penetrating particle size (MPPS), diffusion |
| m) from a heated reservoir over a tip (radius ≈5 | μm) of a needle. |
| hromaffin cells, but not immediately; instead, 5 | μM of this toxin immediately blocks the ISK(Ca) tai |
| Pretreatment with taicatoxin (0.19 | μM) on the outer hair cells of guinea pig prevented |
| 's goal is to develop mid-infrared ( λ ~ 3 to 30 | μm) optical trace gas sensing systems based on new |
| only these are so-called coarse grains - 100-200 | μm, or fine grains - 4-11 μm. |
| roduces inhibition of platelet aggregation to 20 | μM or 5 μM ADP, as measured by light transmission a |
| of 1%-2% superheated liquid C2ClF5 droplets (~30 | μm radius) in a viscoelastic 900 ml gel matrix whic |
| ng Jupiter-scale exoplanets, working in the 5-20 | μm range, also usable as an unobstructed imager. |
| IC50 values are 0.76, 0.15, 29.0, and 12.0 | μM, respectively. |
| e commonly used for staining semi-thin (0.5 to 1 | μm) sections of resin-embedded tissue. |
| etectors, each array with 2048x2048 pixels of 20 | μm size, corresponding on average to 0.34" on the s |
| pores are cylindrical to ellipsoid, 4-6 by 1.5-2 | μm, smooth, and hyaline. |
| algal layer is discontinuous and usually 50-100 | μm thick under the granule patches. |
| Mechanical plating can evenly coat up to 75 | μm thick. |
| PM10, coarse particles: 2.5 micrometers ( | μm) to 10 μm in size (although current implementati |
| near-infrared (1-2.4 | μm wavelength) 16-million pixel HgCdTe imager (SPAR |
| form of photon number per unit wavelength (nm or | μm), wavenumber (μm−1, cm−1), frequency (THz), or e |
| eter wavelengths with DIRBE dust emission at 140 | μm, while Leitch et al had correlated Owens Valley |
| tom: DIC micrographs of a serpentine channel ~15 | μm wide. |
| gularly arranged cylindrical hyphae from 5 to 15 | μm wide. |
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