1 In this communication, a new approach to enhancing the e
2 In this Communication, a new type of switch based on dif
3 In this communication, a practical and scalable synthesi
4 In this communication, a simple modification is describe
5 In this communication, alkyl radical generation from APE
6 In this Communication, an amidinate-supported [Cu4(mu4-S
7 In this communication, Ara h 1 was shown to form a highl
8 In this communication, artificially engineered porous sc
9 In this communication, automated sequential SPME-GC-MS s
10 In this communication, biological characteristics of the
11 In this communication, combustion synthesis is demonstra
12 a subunits, which play an indispensible role
in this communication, constitute a large and diverse mu
13 In this communication, copper-mediated backbone N-alkeny
14 In this Communication, covalently anchoring a phosphonat
15 In this Communication, direct a-C-H acylation of various
16 In this communication, fluorogenic proteins whose fluore
17 In addition,
in this communication, it is demonstrated that LTbetaR i
18 Using the approach outlined
in this communication, it should be possible to generate
19 In this communication, radical 1,5-aryl migration from b
20 In this communication, single-molecule fluorescence (For
21 In this Communication, "
solid-state grafting-to" and "gr
22 In this communication, the biexciton decay of CdSe/ZnS c
23 In this communication, the controlled chain-growth polym
24 In this communication, the electronic structure evolutio
25 In this communication, the function of PEP is analysed i
26 In this communication, the secondary structures of the H
27 In this communication, the size of the smallest feature
28 In this communication, the strict specificity of V86 for
29 In this Communication, this important but largely unexpl
30 In this communication, this limitation is overcome by ta
31 In this communication, using HeLa cells, we have examine
32 In this Communication, very large negative thermal expan
33 In this communication, we address the current understand
34 In this communication, we address the effects of peptide
35 In this Communication, we address this important questio
36 In this communication, we circumvent these problems and
37 In this communication, we combine two powerful NMR techn
38 In this communication, we combined data from the detaile
39 In this communication, we compare the antiplatelet poten
40 In this communication, we confirm that the exonuclease a
41 In this communication, we constructed non-polar mutation
42 In this Communication, we demonstrate for the first time
43 In this communication, we demonstrate for the first time
44 In this communication, we demonstrate that during growth
45 In this communication, we demonstrate that EGFR promoter
46 In this communication, we demonstrate that family-based
47 In this communication, we demonstrate that MSMEG_5243 is
48 In this communication, we demonstrate that psychosine sp
49 In this communication, we demonstrate that RGS interacts
50 In this communication, we demonstrate that the Cyr61 pro
51 In this communication, we demonstrate that the hexagonal
52 In this communication, we demonstrate that various solut
53 In this communication, we demonstrate the concept of sin
54 In this communication, we demonstrate the successful int
55 In this Communication, we demonstrate the temperature-to
56 In this communication, we demonstrated that purified hum
57 In this communication, we demonstrated that the gene sil
58 In this Communication, we describe a new approach to the
59 In this Communication, we describe a new class of polyva
60 In this communication, we describe a novel approach to e
61 In this communication, we describe a novel class of 7-al
62 In this communication, we describe a semiparametric meth
63 In this communication, we describe a strategy to impart
64 In this Communication, we describe a two-step reaction f
65 In this Communication, we describe an alternate applicat
66 In this communication, we describe an unprecedented high
67 In this Communication, we describe integration of PRE an
68 In this communication, we describe the design, synthesis
69 In this communication, we describe the development of a
70 In this communication, we describe the effects of modula
71 In this communication, we describe the expression levels
72 In this communication, we describe the integration of mi
73 In this communication, we describe the isolation and ana
74 In this communication, we describe the isolation and cha
75 In this communication, we describe the process that was
76 In this Communication, we describe the simple synthesis
77 In this communication, we describe the successful encaps
78 In this communication, we describe the use of specialize
79 In this communication, we described the synthesis and ch
80 In this communication, we detail synthesis, NMR spectros
81 In this Communication, we develope a chemoselective phot
82 In this Communication, we disclose a catalytic, highly e
83 In this communication, we disclose a generalizable strat
84 In this Communication, we disclose an iron-based catalyt
85 In this communication, we discuss the feasibility of an
86 In this communication, we discuss the unmet needs to sup
87 In this communication, we employ NMR and X-ray crystallo
88 In this Communication, we establish that, in the presenc
89 In this communication, we examine an extension to a two-
90 In this communication, we examine the role of B lymphocy
91 In this communication, we examined the role of the MAP k
92 In this communication, we exploit classical optics techn
93 In this communication, we explored the role of GCAP1 in
94 In this communication, we expressed stable low and high
95 In this communication, we further characterize the inter
96 In this communication, we have carried out further studi
97 In this communication, we have demonstrated that in RCC,
98 In this communication, we have demonstrated the feasibil
99 In this communication, we have determined the critical a
100 In this Communication, we have developed a single-use we
101 In this communication, we have examined the tumor incide
102 In this communication, we have investigated the nature o
103 In this communication, we have used zapA to monitor IgA
104 In this Communication, we identify KtzQ and KtzR as tand
105 In this communication, we identify p52(Shc) as the media
106 In this communication, we identify PksE as a trans-actin
107 In this Communication, we introduce a new method to indu
108 In this Communication, we introduce an architecture to p
109 In this Communication, we introduce transmembrane anion
110 In this communication, we investigated whether thymosin-
111 In this communication, we offer a solution to this probl
112 In this communication, we present a new approach in desi
113 In this Communication, we present a new type of catalyst
114 In this communication, we present a quantitative study a
115 In this communication, we present a robust liquid crysta
116 In this Communication, we present an enantioselective ir
117 In this communication, we present DeepDrug3D, a new appr
118 In this communication, we present evidence that T cells
119 In this communication, we present evidence to show that
120 In this Communication, we present photo-controlled agoni
121 In this communication, we present the first step toward
122 In this communication, we present the results of our stu
123 In this communication, we propose a novel mechanism for
124 In this Communication, we provide a detailed characteriz
125 In this communication, we provided evidence to demonstra
126 In this communication, we report a catalytic Michael cyc
127 However,
in this communication, we report a major neurologic comp
128 In this communication, we report a new class of ligands
129 In this communication, we report a new, complementary st
130 In this communication, we report a novel method for link
131 In this communication, we report a novel promoter relay
132 In this communication, we report a numerically stable fo
133 In this Communication, we report a semiconductor-based m
134 In this communication, we report a simple, but highly ad
135 In this communication, we report a synthesis of anisotro
136 In this communication, we report a unique model system f
137 In this communication, we report an asymmetric Friedel-C
138 In this Communication, we report an integrated route to
139 In this communication, we report ELISA technique on an a
140 In this communication, we report liposome fusion on meso
141 In this communication, we report on a noteworthy hybrid
142 In this communication, we report our femtosecond real-ti
143 In this communication, we report that a bacterial infect
144 In this communication, we report that dipotassium aryl b
145 In this communication, we report that exoloop 3 of FSH-R
146 In this communication, we report that mu-calpain is a go
147 In this communication, we report that neurofibromatosis
148 In this communication, we report that PDTC inhibits the
149 In this communication, we report that substrate-controll
150 In this communication, we report that the conserved 11-a
151 In this communication, we report that the I104,A113 alle
152 In this communication, we report the development of a ne
153 In this communication, we report the development of a sh
154 In this communication, we report the development of an e
155 In this communication, we report the discovery and synth
156 In this communication, we report the discovery of 1S (ap
157 In this communication, we report the discovery of the bi
158 In this communication, we report the existence of two su
159 In this communication, we report the fabrication of ITO
160 In this communication, we report the first demonstration
161 In this communication, we report the first direct observ
162 In this communication, we report the first effective app
163 In this communication, we report the identification of t
164 In this communication, we report the synthesis and evalu
165 In this communication, we report the synthesis of a nove
166 In this communication, we reveal the photoisomerization
167 In this communication, we review efforts from the 1960s
168 In this communication, we show by adoptive transfer expe
169 In this communication, we show that fluorescence lifetim
170 In this communication, we show that HPIV3 strongly inhib
171 In this communication, we show that peptide nucleic acid
172 In this Communication, we show that the corresponding sy
173 In this communication, we show that ultrathin Au nanowir
174 In this communication, we successfully demonstrate, for
175 In this communication, we tested EGFR-driven glioma diff
176 In this communication, we use native mass spectrometry t
177 In this communication, we use RAD tags to contribute to
178 In this communication, we used all-atom molecular dynami
179 In this communication, we will discuss polio vaccination