1 For this
we introduced a buried Cys at the identical location in each
2 the axon plasma membrane determines its overall stiffness,
we introduced a coarse-grain molecular dynamics model of the
3 Using a network-based formalism of allostery,
we introduced a community-hopping model of allosteric communi
4 In this study,
we introduced a constant delay (of 100 ms) between actions an
5 To address this question,
we introduced a kit(lf) mutation into a strain of Tg(mitfa:BR
6 Previously,
we introduced a liability threshold-based mixed model associa
7 Here,
we introduced a microscale collection device, the Micro-funne
8 We introduced a new measure, called ratio of node degree vari
9 To further improve the stability of N297G,
we introduced a novel engineered disulfide bond at a solvent
10 Herein,
we introduced a novel strategy for conformationally restricte
11 We introduced a numerical model simulating the whole ecosyste
12 Here,
we introduced a patient mutation into a human DLBCL cell line
13 By gene targeting,
we introduced a point mutation (W1206R) into murine FH that i
14 In this study,
we introduced a relatively frequently reported but mildly pat
15 EEG assessment, along with linear frequency-based features,
we introduced a set of time-frequency (Hjorth Parameters) and
16 We introduced a systematic procedure for checking the biomass
17 Here,
we introduced additional mutations to further stabilize BG505
18 We introduced an approach for comparing the chemical composit
19 Here
we introduced an Entropy-based Consensus Clustering (ECC) met
20 t of loss of nuclease activity or another function of UL12,
we introduced an exonuclease-inactivating mutation into the v
21 Recently,
we introduced an improved probability (DP4+) that includes th
22 In this study,
we introduced an integrative method, LogicTRN, to decode TF-T
23 Therefore,
we introduced an on top array of immersive counter electrodes
24 We introduced and characterized in-frame and out-of-frame ins
25 Here
we introduced '
capture and single-molecule real-time sequenci
26 Recently
we introduced cavity-enhanced Raman spectroscopy (CERS) with
27 In this study,
we introduced CBS as a technology that can be arranged to per
28 Here,
we introduced CPVT inducing mutations into the pharynx of Cae
29 In this contribution,
we introduced cucurbit[6]uril as a supramolecular capsule for
30 Here
we introduced double-stranded DNA breaks into the nuclear gen
31 In this study,
we introduced (
gold triangular nanoprism core)/(polyaniline s
32 To assess this,
we introduced increasing passenger loads into human cell line
33 We introduced individuals from three genetic backgrounds (inb
34 To test these ideas,
we introduced kinase-activating mutations after Lox-P sites i
35 In this work,
we introduced missing linker defects into a homochiral metal-
36 We introduced mutations in noncanonical and in conserved resi
37 Recently,
we introduced rule-based modeling into the Virtual Cell (VCel
38 We introduced seven additional humanizing mutations in the ve
39 Here,
we introduced systematically designed RNA hairpins into the N
40 We introduced the biotinylated knottin-RGD peptide instead of
41 Earlier
we introduced the concept of 'nanochemoprevention' i.e. the u
42 Thus,
we introduced the enantiopure (R)-2-methyl-2-isocyano-3-(trit
43 Therefore,
we introduced the HCM mutation E56G into a single-cysteine (C
44 We introduced the head-turn-on-trunk paradigm during OVAR to
45 To address this challenge,
we introduced the LxL cycle into Arabidopsis thaliana and fun
46 We introduced the orthologous mutation into a mouse strain by
47 Finally,
we introduced the S148C mutation into a polyketide synthase m
48 l consequences of these FN1 mutations on the protein level,
we introduced three disease-associated missense variants (p.C
49 We introduced three new corpora suggesting named-entity recog
50 Recently,
we introduced,
to our knowledge, a novel carotenoid carrier p