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1  tartrate as reducing agents (as used in the colorimetric method).
2 ting glucose was measured with the enzymatic colorimetric method.
3     Phosphorous was determined by a standard colorimetric method.
4 e formation, abbreviated as "4-ATP-AuNP+NED" colorimetric method.
5  liquid chromatography and a novel automatic colorimetric method.
6  by square wave voltammetry (SWV) or using a colorimetric method.
7 entrations, using an optimized closed reflux colorimetric method.
8 nosorbent assay and for proteoglycan using a colorimetric method.
9 ies on retinal cells was measured by the MTT colorimetric method.
10 e surface of the LLINs was estimated using a colorimetric method.
11 antioxidant activity content was measured by colorimetric method.
12 lucoside, and quercetin was obtained by this colorimetric method.
13 rals was performed by FAAS and phosphorus by colorimetric method.
14 easurements obtained by a standard enzymatic colorimetric method.
15 nterference issues, compared to conventional colorimetric methods.
16 vement over the traditional fluorescence and colorimetric methods.
17 n that obtained with the conventionally used colorimetric methods.
18  several labor-intensive chromatographic and colorimetric methods.
19 as9 RNP by electrochemical, fluorescent, and colorimetric methods.
20 alondialdehyde (MDA) were quantified through colorimetric methods.
21  of NPs solution compared to other NPs-based colorimetric methods.
22 ncentrations of vitamin C were analyzed by a colorimetric method and carotenoids and alpha-tocopherol
23  levels were determined by a novel automatic colorimetric method and enzyme-linked immunosorbent assa
24 AMP reaction were detected using the calcein colorimetric method and further analysed via the develop
25 oncentrations as low as 0.006 uM Hg(II) in a colorimetric method and in a Hg(II) containing plate sen
26                                The optimized colorimetric method and the paper test strip method show
27 ies of time-stamped sweat samples by in situ colorimetric methods and ex situ techniques based on ind
28 says and chemical profile were determined by colorimetric methods and HPLC/DAD.
29 concentrations as low as 0.39 uM Hg(II) in a colorimetric method, and the linear relationship was obs
30                                 The YeastOne colorimetric method appears to be comparable to the CLSI
31                                 The YeastOne colorimetric method appears to be comparable to the NCCL
32                                              Colorimetric methods are selective; however, they are no
33 erefore, this contribution demonstrates that colorimetric methods are still important screening tools
34 ly, tartaric acid was determined by modified colorimetric method based on formation of the vanadate-t
35                     In addition, we report a colorimetric method based on the reaction of H(2)Se with
36                                        A new colorimetric method constituted of p-anisaldehyde and su
37                                 The proposed colorimetric method could be accomplished in a homogeneo
38 cedures provide distinct advantages over the colorimetric methods currently in use to monitor erythro
39 is material provides a simple and convenient colorimetric method for biospecific interaction analysis
40              We describe a novel broth-based colorimetric method for detecting phage replication.
41 nt a simple, highly sensitive, and selective colorimetric method for detecting sulfur mustard (SM) an
42                           The BCA assay is a colorimetric method for estimating protein concentration
43                                        A new colorimetric method for monitoring of rolling circle amp
44                                            A colorimetric method for monitoring removal of Fe(II) fro
45 as used to design a conventional ratiometric colorimetric method for nitrite detection in water and f
46                              In this study a colorimetric method for rapid and sustainable detection
47                                        A new colorimetric method for the detection of dichlorvos base
48          Here, we present a cheap and simple colorimetric method for the detection of Lactobacillus s
49                                  A sensitive colorimetric method for the detection of polyphenols (i.
50                   In this study, a sensitive colorimetric method for the determination of RDX and HMX
51                                   Among many colorimetric methods for carbohydrate analysis, the phen
52                             We developed two colorimetric methods for the detection of vancomycin- an
53 e easily achieved by adapting the well-known colorimetric method from Griess (1879) and using a commo
54 oped for the selective detection of Arg, the colorimetric method has an advantage over these methods
55                  Both these fluorometric and colorimetric methods have been successfully used for det
56 atalytic properties, was elucidated by a new colorimetric method involving probing of the absorption
57 itoring of the analyte-induced signal when a colorimetric method of detection is applied.
58          Differentiation of RDX and HMX with colorimetric methods of determination has not yet been m
59                                         Five colorimetric methods of phosphate analyses based on form
60 ndice, which correlated well with a standard colorimetric method (r=0.99).
61      On the other hand, the linearity of the colorimetric method ranged from 9.97 to 80.0 uM (R(2) =
62                        A simple and low cost colorimetric method, requiring no instrumentation, is pr
63 ents was optimized to make the closed reflux colorimetric method suitable for complex substrates with
64                              This makes this colorimetric method suitable for pre-screening arrays of
65  WST-1 (Water Soluble Tetrazolium) assays, a colorimetric method that assesses the viability of cells
66 erican Oil Chemists' Society (AOCS), and two colorimetric methods, the ferrous xylenol orange (FOX) a
67 g resistance with those obtained by indirect colorimetric methods: the microplate Alamar Blue assay (
68       Cell proliferation was assayed using a colorimetric method to determine the number of viable ce
69                          We have optimized a colorimetric method to measure GS-catalyzed gamma-glutam
70 lloidal SPR provides a simple and convenient colorimetric method to study the influence of the soluti
71 used to develop an experimentally convenient colorimetric method to study the interfacial phase trans
72 troversies have put in check the validity of colorimetric methods to screen the functionality of poly
73                 In this study, we employed a colorimetric method using natural chalcopyrite (CuFeS(2)
74            A rapid, portable, cost-effective colorimetric method was developed for detecting benzoyl
75                               A sol-gel urea colorimetric method was developed for the determination
76                                          The colorimetric method was performed using a desktop scanne
77 , MMP-2 and MMP-7 determined by the proposed colorimetric method was similar to the results of substr
78                                              Colorimetric methods were used to assess antioxidant act
79          Substrate uptake is determined by a colorimetric method, which can be scored by analysis of
80 and by the FDA laboratory using its standard colorimetric method yielded comparable results.