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1 violet on triacetyl cellulose membrane using absorption spectrophotometry.
2   Tissue iron levels were measured by atomic absorption spectrophotometry.
3 f arsenic content by graphite furnace atomic absorption spectrophotometry.
4 try, atomic force microscopy, and UV-visible absorption spectrophotometry.
5   Lens sodium content was measured by atomic absorption spectrophotometry.
6 g circular dichroism, mass spectrometry, and absorption spectrophotometry.
7 lood lead determinations were made by atomic absorption spectrophotometry.
8              Iron levels were measured using absorption spectrophotometry.
9 evels were measured by electrothermal atomic absorption spectrophotometry.
10  in plasma and CSF were determined by atomic absorption spectrophotometry.
11 thods and zinc recoveries compared by atomic absorption spectrophotometry.
12 nd lens ion content was determined by atomic absorption spectrophotometry.
13 d potassium content was determined by atomic absorption spectrophotometry.
14 ted by centrifugation, and quantification by absorption spectrophotometry.
15  lead levels were determined by flame atomic absorption spectrophotometry.
16  studied using cyclic voltammetry and UV-vis absorption spectrophotometry.
17 bility (Ca, Fe and Zn), quantified by atomic absorption spectrophotometry (AAS), and formula viscosit
18 tom as determined by graphite furnace-atomic absorption spectrophotometry and inductively coupled pla
19 ed the processing of erythrocytes for atomic absorption spectrophotometry and mass spectrometry by re
20 or measurement of Zn concentration by atomic absorption spectrophotometry and stable isotope enrichme
21         Browning was monitored by UV-visible absorption spectrophotometry and UHPLC-DAD.
22 TEM, SEM, XRD, EDX, fluorescence, UV-Visible absorption spectrophotometry, and FTIR.
23 th, metal ions contents determined by atomic absorption spectrophotometry, and the MIR spectra, with
24  fluorescence confocal microscopy and UV/Vis-absorption spectrophotometry assess transient solute con
25 roism, FTIR, front face fluorescence, and UV absorption spectrophotometries, dynamic light scattering
26 s from a packed microcolumn and flame atomic absorption spectrophotometry (FAAS) detection.
27  solutions were analyzed by flameless atomic absorption spectrophotometry for mercury and silver.
28                                              Absorption spectrophotometry has been and still is the i
29                  Rapid scanning stopped-flow absorption spectrophotometry in conjunction with multipl
30  ions from some real samples by flame atomic absorption spectrophotometry measurements.
31 d slotted quartz tube atom trap flame atomic absorption spectrophotometry method (Mo coated-T-SQT-AT-
32 chroism spectroscopy, iron-binding by atomic absorption spectrophotometry, oligomerization in mangane
33       Cellular sodium was measured by atomic absorption spectrophotometry or SBFI fluorescence.
34 , autofluorescence spectral analysis, atomic absorption spectrophotometry, Perls' iron stain, and imm
35 e levels by slotted quartz tube flame atomic absorption spectrophotometry (SQT-FAAS) after preconcent
36 selenium by slotted quartz tube-flame atomic absorption spectrophotometry (SQT-FAAS).
37      Using a combination of flameless atomic absorption spectrophotometry to quantify vacuolar and wh
38 id chromatography (HPLC)-ultraviolet/visible absorption spectrophotometry (UV/Vis)-mass spectrometry