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1 as a more expensive ( approximately $30,000) fluorometer.
2  with C8-SCX, C18, and HLB coatings with our fluorometer.
3 ens transmission was measured with an ocular fluorometer.
4  for factor Xa were realized with a scanning fluorometer.
5 orescence was measured using a 96-well plate fluorometer.
6 se of AMC was monitored continuously using a fluorometer.
7 ned in a two-channel semiautomated titrating fluorometer.
8 microscope was adapted for use as a clinical fluorometer.
9 A at concentrations of 10 pM with a standard fluorometer.
10  assay of solubilized product in a multiwell fluorometer.
11 rol of 2% Na-fluorescein with a CytoFluor II fluorometer.
12 d from 3 mL of plasma and quantified using a fluorometer.
13 tinocytes was quantitatively measured with a fluorometer.
14 et DNA and can be detected with an automated fluorometer.
15  by a laboratory-constructed argon ion laser fluorometer.
16 by a maxi Imaging-Pulse-Amplitude-Modulation fluorometer.
17 2)S, with a limit of detection of 54 nM in a fluorometer.
18 , and the rate of change is observed via the fluorometer.
19 d RNA is detected by a sensitive and compact fluorometer.
20 les down to 1.4 mM (10 ppm) using a portable fluorometer.
21 s been verified off-chip by using a standard fluorometer.
22 ical fibers are read-out via a compact phase-fluorometer.
23 both fractions of IIbIIIa were heated in the fluorometer a sigmoidal transition was observed in the r
24 ate without requiring a spectrophotometer or fluorometer, a flow reactor with a redox-responsive need
25 ecays acquired with a standard time-resolved fluorometer, a substantial simplification compared to th
26 PCR workstation with UV sterilization, a DNA fluorometer and a microfluidic electrophoresis system.
27 roscale measurements made with a traditional fluorometer and are 1 order of magnitude larger than val
28 zol)-6'-hydroxybenzothiazole phosphate and a fluorometer, and applied the method to quantitation of C
29 ermeability (P(dc)) was measured by scanning fluorometer at an afternoon (PM) baseline session and ag
30 a spectrofluorometer and a portable handheld fluorometer, but also responded substantially to BoNT A,
31 es performed a reference material (RM)-based fluorometer calibration with commercially available spec
32                            The eight-channel fluorometer enables parallel testing of multiple samples
33 le cartridge and a sensitive custom designed fluorometer, enabling compact and simple ASFV detection,
34 luorescently at Ex553 nm/Em570 nm by using a fluorometer equipped with a 50-muL flow through cuvette.
35 ate of Eu3+, measurable with a time-resolved fluorometer even without the aid of enhancement solution
36  of as little as 1.0 ng/ml RNA in a standard fluorometer, filter fluorometer, or fluorescence micropl
37 s assay of enzymatic activity using standard fluorometers, filter fluorometers, or fluorescence micro
38 utomatic cigarette smoke machine fiber-optic fluorometer for real-time monitoring of the reaction pro
39 s depends on the sample emission anisotropy, fluorometer geometry, and optical apertures.
40 m featuring microfluidics and a multichannel fluorometer has been developed.
41 f instruments, such as pulsed emission decay fluorometers, is easily incorporated into the fitted mod
42 of detection was found to be 1 fg/ul by both fluorometer measurement and visual reading.
43 and non-invasively with a custom-built phase fluorometer measurement module.
44 d to the nominal concentration inferred from fluorometer measurements (linear regression slope = 0.98
45 gical responses using a pair of custom-built fluorometers measuring chlorophyll-a variable fluorescen
46 al, multiharmonic Fourier transform lifetime fluorometer (MHF).
47  could easily be visualized using a portable fluorometer or under blue light.
48  ng/ml RNA in a standard fluorometer, filter fluorometer, or fluorescence microplate reader-surpassin
49 activity using standard fluorometers, filter fluorometers, or fluorescence microplate readers using e
50 GFP, imaged by the CCD camera (R(2)=0.85) or fluorometer (R(2)=0.86).
51 nce microscope or in cell suspension using a fluorometer reveal that the roGFP1 probe is in dynamic e
52 tal effects, we constructed a scanning laser fluorometer that can measure both snapshot and finish-li
53  measures chlorophyll a fluorescence using a fluorometer that employes pulsed amplitude modulation (P
54 ed SPME method and a prototype of a portable fluorometer that is capable of quickly quantifying conce
55 es and rate measurements in the stopped flow fluorometer to investigate the possibility that hydratio
56 ddition of CO(2)/HCO(3)(-) in a stopped-flow fluorometer using 2',7'-bis-(2-carboxyethyl)-5-(and -6)-
57 m was evaluated and compared to a commercial fluorometer using photomultiplier detection for detectin
58 a comparable performance of the multichannel fluorometer vis-a-vis the conventional plate reader.
59                            A scanning ocular fluorometer was designed to excite phosphorescence with
60 easurement from a pulse amplitude modulation fluorometer, was the best leaf fluorescence parameter to
61                                      In situ fluorometers were deployed during the Deepwater Horizon
62 )=0.90 between the low cost CCD camera and a fluorometer, which costs 100 times more than a CCD camer