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1 ody-coated magnetic beads before running the amplification reaction.
2 an initiator that trigger the subsequent CHA amplification reaction.
3  supports the self-powered, self-propagating amplification reaction.
4 timated to be at least 110 genome copies per amplification reaction.
5  amplification and (2) siRNA products of the amplification reaction.
6  because mispriming can cause failure of the amplification reaction.
7 ction and seed the protein misfolding cyclic amplification reaction.
8 tivity of the assay was 10 EV RNA copies per amplification reaction.
9 tection of these Mycoplasmatales in a single amplification reaction.
10 h a theoretical model of the invasive signal amplification reaction.
11 novirus (Ad) species A through F in a single amplification reaction.
12  Thermus thermophilus in the invasive signal amplification reaction.
13 genome in 10(5) lymphocytes after a 30-cycle amplification reaction.
14 erium avium gave no response during a 25-min amplification reaction.
15 species that can be identified from a single amplification reaction.
16 nce of small-molecule biosensors via in situ amplification reactions.
17 for the compartmentalization of nucleic acid amplification reactions.
18  independent of the speeds of the isothermal amplification reactions.
19 n of the dynamic operating conditions of DNA amplification reactions.
20 cing signals at the terminus of nucleic acid amplification reactions.
21 ion to the real-time detection of isothermal amplification reactions.
22 mplification in EXPAR and other nucleic acid amplification reactions.
23 VZV) open reading frames (ORFs) in only five amplification reactions.
24 e concentration of free primer in the polony amplification reactions.
25 of blood sample preparation and nucleic acid amplification reactions.
26 y increasing the efficiency of the multiplex amplification reactions.
27 lyses were subjected to multiple independent amplification reactions.
28 on (CGH) as well as more than 90 independent amplification reactions.
29 llow the use of larger volume equivalents in amplification reactions.
30          To achieve the detection of the DNA amplification reaction, a real-time monitoring of the hy
31 rsion designed to improve the performance in amplification reactions affected by such variability.
32 nalytical sensitivity of 10 input copies per amplification reaction and a three-log detection range.
33 requency dropped by nearly half for a single amplification reaction and crossover events were cluster
34 und generation in the serial invasive signal amplification reaction and describe a simple kinetic mod
35 . that cause human disease by using a single amplification reaction and melting curve analysis.
36 s that originated from three independent PCR amplification reactions and survived MutHLS treatment al
37 call the methodology SMART (Spacer Multiplex Amplification Reaction), and it is based, in part, on pa
38                  Unfortunately, although the amplification reactions are extremely powerful, real-tim
39                     Unfortunately, while the amplification reactions are extremely powerful, the quan
40 Not only could purified RNA hairpins perform amplification reactions but RNA hairpins transcribed in
41 e difference in cycle number between the two amplification reactions can be used to calculate the rel
42 n in biplexed isothermal strand displacement amplification reactions containing 100k copies of coampl
43 that improvements in the speed of isothermal amplification reactions did not always correlate with im
44 , we present a cyanotype-based photochemical amplification reaction enabling the detection of low bac
45 ively measured using the on-chip exponential amplification reaction (EXPAR) assay.
46                   The isothermal exponential amplification reaction (EXPAR) efficiently amplifies sho
47                       Isothermal exponential amplification reaction (EXPAR) has received significant
48                In the isothermal EXPonential Amplification Reaction (EXPAR), template sequences with
49 then rapidly amplified using the exponential amplification reaction (EXPAR).
50 n) by a subsequent surface RNA transcription amplification reaction followed by RNA detection with na
51 ription loop-mediated multiplexed isothermal amplification reaction for detection and gel electrophor
52                               The key signal amplification reaction for the checkpoint is the conform
53 ed specific and sensitive mRNA isolation and amplification reactions for very low mRNA concentrations
54 ex assay based on the transcription-mediated amplification reaction, for the simultaneous detection o
55  optimal dynamic operating conditions of DNA amplification reactions, for any specified amplification
56 dynamic evolution of chemical species in DNA amplification reactions, for any specified sequence and
57                          The invasive signal amplification reaction has been previously developed for
58                The protein misfolding cyclic amplification reactions have been recently shown to prop
59 eplication machinery of cells or of in vitro amplification reactions have previously been characteriz
60 25, and providing a reliable surface for the amplification reaction, importantly, without the need fo
61 sensitivity using a loop-mediated isothermal amplification reaction in our platform and detect a broa
62  amplicons during a loop-mediated isothermal amplification reaction in real-time.
63  immunoassay in the upper paper and a signal amplification reaction in the lower paper.
64  polymerase was achieved by carrying out the amplification reactions in very small volumes, typically
65 ards were synthesized for use in competitive amplification reactions in which quantitative analysis c
66                                          The amplification reaction includes a primer internally labe
67  (dPCR) is based on the separation of target amplification reactions into many compartments with rand
68                          The invasive signal amplification reaction is a sensitive method for single
69 c evolution of distinct DNA sequences in DNA amplification reactions is demonstrated.
70 tion limits comparable to those of enzymatic amplification reactions is the usage of polymer nanopart
71 Ts) for near-patient applications is not the amplification reaction, it is the complexity of the samp
72 put signal of a loop-mediated isothermal DNA amplification reaction (LAMP) targeting a pathogenic bac
73             A mechanically induced catalytic amplification reaction (MCR) for readout of receptor-med
74                            Preparation of an amplification reaction mix targeting multiple DNA region
75 tability assay revealed that the dry-reagent amplification reaction mix was stable at temperatures of
76                         Modifications to the amplification reaction mixture and thermal cycling condi
77 icroarray was used to spatially separate the amplification reaction of DNA from two viruses (Human ad
78 m the partial amino acid sequences and rapid amplification reactions of cDNA ends, the complete AsES-
79 uivalent to 10(3) genomes) in 60 independent amplification reactions performed simultaneously in sing
80                                 In a typical amplification reaction, Pfu polymerase generated chimeri
81   Here, we investigated the robustness of an amplification reaction (reverse-transcription loop-media
82 reverse transcription recombinase polymerase amplification reaction (RT-RPA) in </=15 minutes.
83  equivalents of TaqMan probes for isothermal amplification reactions should generally improve the app
84  using pooled DNA from two or three separate amplification reactions significantly reduces any allele
85 and characterized parasites of an isothermal amplification reaction that are longer than their parent
86                   The strategy entails a DNA amplification reaction that combines the use of thermost
87   We herein demonstrate an RCA-based cascade amplification reaction that converts a side-reaction to
88 ssembly (CHA) is a robust enzyme-free signal-amplification reaction that has a wide range of potentia
89 ection of the isothermal strand displacement amplification reaction that produces single-stranded DNA
90  effectively inhibit multiple ruminant prion amplification reactions that used distinct prion strain
91 ogy was integrated with the polymerase chain amplification reaction to achieve selective identificati
92           Here we provide a novel isothermal amplification reaction to amplify rapidly existing probe
93 constituted serial protein cyclic misfolding amplification reactions to produce RML and 301C mouse pr
94 is its ability, in protein misfolding cyclic amplification reactions, to seed the conversion of recom
95 ent readout - reducing contamination risk as amplification reaction tubes remain sealed - and interpr
96 de amplification (NECA) comprises an on-loop amplification reaction using circular templates to gener
97 rate intermediate amplicons, and an off-loop amplification reaction using intermediate amplicons as p
98  could read the results of the non-enzymatic amplification reactions using a fluorescent RNA aptamer
99 ws input of RNA from 10-fold more plasma per amplification reaction was developed.
100            The sensitivity of the nested PCR amplification reaction was one organism.
101 ion of loop-mediated isothermal nucleic acid amplification reactions was developed.
102 2,000 amplification events, 116,222 positive amplification reactions were evaluated before and after
103                     After secondary antibody amplification, reactions were visualized with fast red s
104 imers that induced an isothermal exponential amplification reaction, were subsequently introduced to
105 s of both speed and efficiency of isothermal amplification reactions, which revealed that improvement
106 cal systems is the selection of a compatible amplification reaction with a simple, highly-integrated
107            However, the integration of a DNA amplification reaction with its associated detection in
108 -copy template often requires two sequential amplification reactions with nested primer pairs to achi

 
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