1 of BC mass to the total mass of the mixture
was chosen as 0.13 to mimic particles observed in the te
2 33 and a 20% decrease in Rp:Rs from baseline
were chosen as 2 criteria for operability to determine,
3 y, and discussing why a plant pathogen might
be chosen as a biological weapon.
4 The six proteins have
been chosen as a case study to illustrate how the model
5 Cytochrome c has
been chosen as a catalyst of peroxidation reactions beca
6 In this study, doxylamine has
been chosen as a model compound to elucidate its degrada
7 er jejuni N-linked glycosylation pathway has
been chosen as a model pathway in which all of the enzym
8 Mb), bearing the ubiquitous globin fold, has
been chosen as a model substrate.
9 ation of creatinine deaminase and urease has
been chosen as a model system to demonstrate the constru
10 -3,4/9,10-bis(dicarboxyimide) (PDIR-CN2) has
been chosen as a model system.
11 Ozonolysis of alpha-pinene has
been chosen as a proof-of-principle model system.
12 g, which is critical to solar photovoltaics,
is chosen as a case study, and three commonly discussed
13 is scheme, the fluorogenic species resazurin
is chosen as a fluorescent reporter molecule, and its co
14 Evolutionary log-likelihood
is chosen as a measure of amino acid distribution at a p
15 Isopropylamine
is chosen as a mimic for the n-terminal amino group, imi
16 chain of histidine (His), 1-methylguanidine
is chosen as a mimic for the side chain of arginine (Arg
17 Sulfide anion
is chosen as a model ion because of its broad adverse im
18 The cell-adhesive RGD peptide
is chosen as a model ligand.
19 InP
is chosen as a model material system owing to its techno
20 evious studies to support the strain concept
is chosen as a test case for this proposal.
21 istance distribution function between atoms,
is chosen as a test model to establish computational alg
22 Lead
is chosen as a typical element for the system optimizati
23 A prototypical aroA mutant
was chosen as a basis of comparison.
24 A commercial pea protein isolate
was chosen as a benchmark.
25 The MYBPC3 gene
was chosen as a candidate gene in this model after ident
26 S1 which specifically interacts with toluene
was chosen as a capture agent for SIS ellipsometric sens
27 er, a nationwide bonfire festival in Israel,
was chosen as a case study to investigate the influence
28 Resonant photoionization of atomic xenon
was chosen as a case study.
29 Compound 35
was chosen as a clinical candidate for advancement into
30 A cookie base
was chosen as a complex food matrix and home-made cookie
31 e the analytical data, and a fixed 10% (v/v)
was chosen as a compromise between signal-to-noise ratio
32 Shikimate kinase
was chosen as a convenient representative example of the
33 2-Amino-6-heptenoic acid
was chosen as a dead-end analogue of L-AASA and is compe
34 Anthracene oxidation in acetonitrile
was chosen as a demonstrative example for evaluating the
35 fety profile in preclinical studies and thus
was chosen as a development candidate for the treatment
36 as enhanced brain penetration, CI-1015 (31)
was chosen as a development candidate.
37 it the IR activation of NF-kappaB, danshensu
was chosen as a final candidate based on the results of
38 linear responses in the correlated dimension
was chosen as a goal to increase the sensitivity of the
39 The imidazole (Im) deoxyribonucleoside
was chosen as a highly Ag(I) -specific ligandoside for t
40 let-triplet annihilation photon upconversion
was chosen as a highly oxygen-sensitive process as proof
41 Electrochemiluminescence
was chosen as a highly sensitive detection means allowin
42 bioavailable SP(1-7) mimetics, the dipeptide
was chosen as a lead compound.
43 erminal sugar of ganglioside GM1, galactose,
was chosen as a lead in designing such receptor antagoni
44 2L) = 112 nM, D2/D3 selectivity ratio of 56)
was chosen as a lead structure for chemical modification
45 IL-4
was chosen as a ligand based on the expression of IL-4 r
46 the GPI+ and GPI-phenotype; CD59 expression
was chosen as a marker of the PNH phenotype based on hig
47 the fungal cell surface hydrophobin cryparin
was chosen as a marker to follow secretion in virally in
48 OVA
was chosen as a model Ag because it has been used extens
49 Dopamine
was chosen as a model analyte to study the potential of
50 Cortisol
was chosen as a model analyte.
51 Glucose oxidase (GOx)
was chosen as a model bioreceptor to validate the employ
52 4-Isobutylacetophenone (IBAP)
was chosen as a model contaminant; IBAP is a toxic trans
53 APL
was chosen as a model disease because of the potential i
54 Cholera
was chosen as a model disease to investigate this import
55 ound paclitaxel (nab-paclitaxel) formulation
was chosen as a model drug.
56 Beta-galactosidase (beta-Gal)
was chosen as a model enzyme for these studies and was u
57 Butyrylcholinesterase (BChE)
was chosen as a model enzyme.
58 a model HMI, and a rhodamine thiospirolactam
was chosen as a model fluoroionphore to construct bifunc
59 Melittin
was chosen as a model for alpha-helical peptides, and it
60 om timothy grass (Phleum pratense), Phl p 1,
was chosen as a model glycoprotein and expressed in the
61 As a proof-of-concept, Hg(2+)
was chosen as a model HMI, and a rhodamine thiospirolact
62 Propofol, a sedative and anesthetic drug
was chosen as a model lipophilic drug in this study.
63 As a proof-of-concept, Hg(2+)
was chosen as a model metal ion.
64 is (Cunoniaceae) from the South-west Pacific
was chosen as a model of diversification on different su
65 Protocatechuic acid (PA)
was chosen as a model of the phenolic acids that can be
66 Rice
was chosen as a model organism for genome sequencing bec
67 s and its nearly 100% plating efficiency, it
was chosen as a model organism for studying the genome o
68 Transferrin
was chosen as a model protein for these studies on the b
69 tment of acute lymphoblastic leukemia (ALL),
was chosen as a model protein to illustrate the encapsul
70 This reaction
was chosen as a model representative of a postdeposition
71 2-Thienyl
was chosen as a model substituent to show that already a
72 Streptavidin-biotin
was chosen as a model system for evaluating the sensor's
73 serum protein indicative of various cancers,
was chosen as a model system to demonstrate the potentia
74 The DNA actuator
was chosen as a model system, as it is the device with m
75 ng to carbonic anhydrase II (CAII; 30000 Da)
was chosen as a model system.
76 ose, the GAAA tetraloop/receptor interaction
was chosen as a model system.
77 Risperidone
was chosen as a model therapeutic and poly(lactic-co-gly
78 ortex of humans and pigs; therefore, the pig
was chosen as a model to define the spatial and temporal
79 bretastatin-A4 3-O-phosphate (CA-4-P), which
was chosen as a model VDA.
80 ategy in gene control, the human erbB-2 gene
was chosen as a model.
81 domain from protein kinase Calpha (C2alpha)
was chosen as a paradigm for the Ca(2+)-dependent phosph
82 utes a reliable diabetes monitoring platform
was chosen as a pilot assay for technology demonstration
83 y and molecular modeling studies, C315(7.38)
was chosen as a potential anchoring point for covalent l
84 Barium at concentrations of 0.05 or 0.1 M
was chosen as a prototype element for plasma-related mat
85 ferentiation of conidia, the calmodulin gene
was chosen as a representative early gene, because it wa
86 ethylene (PTFE) graft placement for dialysis
was chosen as a reproducible, clinically relevant model
87 Reverse transcription-PCR
was chosen as a sensitive method to detect transcripts f
88 Catechol
was chosen as a simple model for organics in aerosols.
89 NiO
was chosen as a simple model system.
90 2-Naphthamidine
was chosen as a starting point based on synthetic consid
91 on-bearing sulfide mineral pyrrhotite, which
was chosen as a substrate for in-situ incubation studies
92 During clinical development, the CS activity
was chosen as a surrogate end point to conservatively as
93 udies of bpf001 proving intractable, NMB0419
was chosen as a surrogate for investigation and shown to
94 Alexa-Albumin 647 nm fluorphore
was chosen as a surrogate for nab-paclitaxel based on it
95 Retinol-binding protein (RBP)
was chosen as a surrogate marker for retinol because of
96 Ammonium
was chosen as a target analyte, since it is the most com
97 The furopyridine framework
was chosen as a target for a lithiation study, in order
98 omopyrimidine sequence of the c-fos promoter
was chosen as a target for a triple helix oligonucleotid
99 erefore, macrophage scavenger receptor (MSR)
was chosen as a target for molecular MRI.
100 cterial (Escherichia coli) A-site rRNA model
was chosen as a target to screen for peptide binders.
101 The SH3 protein domain
was chosen as a test case because of its small size and
102 Hence, it
was chosen as a test case to examine the utility of cont
103 in Calabria, a region in the Southern Italy,
were chosen as a case of study.
104 ginate/poly(L-lysine)/alginate microcapsules
were chosen as a column substrate.
105 oxidoreductase (FRP) and the luciferase pair
were chosen as a model for the delineation of the reduce
106 SCN neurons
were chosen as a model system for this study because SCN
107 after hydrolysis and condensation at low pH
were chosen as a model system of surface binding sites i
108 rst, a set of 962 biomass sorghum accessions
were chosen as a reference set by germplasm curators.
109 female Anopheles stephensi mosquitoes, which
were chosen as a representative species.
110 SY5Y cells
were chosen as a second model because they lack both end
111 tal set of 1,508 individuals in 57 families)
were chosen, as a cost-effective approach to genotyping
112 m) on tomography, and a cutoff of 10 cm(2)/m
was chosen as abnormal, on the basis of previous reports
113 shown to enhance Th1 responses in vivo, they
were chosen as adjuvants to increase the effectiveness o
114 The digestion procedure
is chosen as an optimal sample preparation technique for
115 Pergolide
was chosen as an alternate template because it showed a
116 or 5,8-dithien-2-yl-2,3-diphenylquinoxaline
was chosen as an electron acceptor unit to tune the elec
117 cell antigen receptor cross-linking in vitro
was chosen as an example of a relatively simple, well-de
118 tion of small particles (mimicking proteins)
was chosen as an example to test the performance.
119 marker of the risk of cardiovascular events,
was chosen as an example.
120 rface glycoprotein from African Trypanosomes
was chosen as an ideal model system for a pathogenic exo
121 Streptavidin
was chosen as an initial target to establish and optimiz
122 itro-1,3-dimethylbenzene (2-nitro-m-xylene),
was chosen as an internal standard for GC analysis.
123 The need for on-demand pain medication
was chosen as an objective and accessible measure of per
124 Reconciliation
was chosen as as a measure of relationship quality betwe
125 human NAD-dependent isocitrate dehydrogenase
were chosen as candidates for mutagenesis to test their
126 The thiadiazinyl radical
was chosen as case study of this new approach of inverse
127 bellar ataxia and/or intention tremor, which
were chosen as clinical inclusion criteria for this seri
128 duction of less than 90 vs 90 mL/h or higher
were chosen as clinically relevant cutoff points for noc
129 The strobilurin fungicide azoxystrobin
was chosen as co-occurring substrate, and the synergisti
130 ted VIP independently, and the average score
was chosen as consensus.
131 The dorsolateral prefrontal cortex (DLPFC)
was chosen as control site.
132 ), p63, and hairy enhancer of split 1 (Hes1)
were chosen as corneolimbal stem/progenitor cell markers
133 Cationic amphipathic lytic peptides
were chosen as cytotoxic agents due to their ability to
134 Disgust, anger and happiness
were chosen as emotions of interest.
135 6-OHDA lesion of the medial forebrain bundle
were chosen as exemplary samples.
136 Carbon particles (India ink)
were chosen as external markers for tip expansion of Rhi
137 These two genes
were chosen as functional markers for detecting MA-utili
138 ranthene and benzo(a)pyrene (PAH4) that have
been chosen as indicators for the occurrence of PAHs in
139 This level of theory
is chosen as it accurately and inexpensively reproduces
140 AMOEBA, a second-generation force field,
was chosen as it includes both multipole electrostatics
141 The aspartic acid at residue 421
was chosen as it is a negatively charged residue at the
142 gmatic participatory evaluation (PPE) design
was chosen, as it seemed a suitable approach for impleme
143 Copper
was chosen as ligand and loaded onto MNPs in a buffering
144 Anthracene, naphthalene, and DNA
were chosen as ligands, and the potential for flow linea
145 time, contrast volume, and procedure success
were chosen as markers of technical proficiency.
146 amino group, imidazole and 4-methylimidazole
are chosen as mimics for the side chain of histidine (Hi
147 s to unsaturated CC bonds, ethyne and ethene
are chosen as model compounds.
148 ation graph is 0.5-12 muM gallic acid, which
was chosen as model analyte, and the detection limit is
149 These septanosides
were chosen as model compounds for comparison to methyl
150 es separated by 3, 5, 7, 13 or 29 base-pairs
were chosen as model DNA lesions.
151 two bromomethanes CF(2)Br(2) and CH(2)Br(2)
were chosen as model organic pollutants because of their
152 nd (ii) silica shell over yeast cells, which
were chosen as model pathogens.
153 olved in the synthesis of retinoic acid (RA)
were chosen as model proteins.
154 Cyclosporine and difluprednate emulsions
were chosen as model systems.
155 FITC-dextran molecules
were chosen as models of migrant solutes.
156 ythymidine (AZT) and 3'-deoxythymidine (ddT)
were chosen as models.
157 Bovine serum albumin and gamma-Globulin
were chosen as molecular crowders and as tracers.
158 Monocyte-derived macrophages
were chosen as natural targets of HIV-1, as they do not
159 w viral sequences flanked by the correct PAM
are chosen as new spacers.
160 Consequently, both DSS and its analog may
be chosen as NMR chemical shift reference compounds depe
161 guarantee the test treatment's efficacy 1mm
was chosen as non-inferiority margin; for clinical relev
162 rofloxacin (ENRO) and ciprofloxacin (CIPRO),
were chosen as nonresonant molecular probes.
163 and selective nNOS inhibitor (Ki = 1.2 nM),
was chosen as our initial target molecule for positron e
164 2Y, N272L) and a double mutant (T265Y/M276Y)
were chosen as parental strains for the isolation of mut
165 d the formation of chlorinated nitrile oxide
were chosen as plausible mechanisms.
166 disease-causing genes, and cancer genes have
been chosen as potential targets for antisense drugs to
167 -25,26-dihydrodictyostatin and its C6 epimer
were chosen as potentially potent yet accessible dictyos
168 The DHFR positions
were chosen as potentially useful for Forster resonance
169 QLQ-C30) and eating problems (EA; QLQ-OES24)
were chosen as predefined primary end points.
170 Unmutated tumor antigens
are chosen as primary candidates for tumor vaccine becau
171 Vitreous haze score at month 2
was chosen as primary endpoint.
172 trimethoprim in pharmaceutical products, has
been chosen as probe compounds.
173 luding m336, a germline-like human mAb, have
been chosen as promising MCM for MERS-CoV.
174 and flow injection analyses of oxygen which
was chosen as prototype of electroactive gaseous analyte
175 ments, typically two atomic hyperfine states
were chosen as pseudospins.
176 The compound 4-hydroxypyrimidine (4-OH-P)
was chosen as reducing substrate because its higher Km v
177 00603, and Pseudomonas aeruginosa ATCC 27853
were chosen as reference strains.
178 eat, spring wheat and hay are more likely to
be chosen as regions become drier, and corn, cotton, ric
179 with molecular weight between 10 and 70 kDa
were chosen as representative molecules to study analyte
180 sulfated oligosaccharides of natural origin
were chosen as representative structures that are diffic
181 The baseline
was chosen as six months before the date of the cancer d
182 PDMS) and Polyacrylamide (PAm) hydrogel have
been chosen as soft polymers to be moulded.
183 etrics, a BSL greater than 6,852 (P = 0.017)
was chosen as split point, assigning 13 patients into a
184 G (TLG42%) of greater than 4,204 (P = 0.023)
was chosen as split point.
185 IL-101-NH2, In-MIL-68-NH2, and Zr-UiO-66-NH2
were chosen as starting platforms.
186 c acid (-SO3H, S) and ammonium (-NH3(+), N),
are chosen as strong and weak acidic functionalities, re
187 trenbolone, testosterone, and betamethasone
were chosen as study compounds.
188 d poly(ethylene terephthalate) glycol (PETG)
were chosen as substrate materials because of the signif
189 f which, PTPN2 SNPs rs2847297 and rs2847282,
were chosen as tagSNPs.
190 rophysiological activity of neural networks,
are chosen as target signals due to stable response patt
191 ficity but 200-fold differences in affinity,
were chosen as targeting agents.
192 age of this process, a group of mRNA species
are chosen as targets for downregulation, leading to acc
193 fer by a 1-2 bp mismatch, GFPtpz and GFPsaph
were chosen as targets because they share sequence homol
194 Platinum-based intermetallic compounds
were chosen as targets for demonstrating the feasibility
195 th bacterial IDHs, Arg83, Thr311, and Asn328
were chosen as targets for site-directed mutagenesis of
196 Three stem structures
were chosen as targets for the introduction of transvers
197 Some products of these genes
were chosen as targets for therapy of experimental autoi
198 ADH1 and TT4
were chosen as targets for this study because of their s
199 s specific to the Trypanosoma brucei complex
were chosen as targets of the bDNA assay, a technique wh
200 his study, the stx(1), stx(2), and eae genes
were chosen as targets to design loop-mediated isotherma
201 Morphine, cocaine, and methamphetamine
were chosen as test analytes for this study and were obs
202 , oxidation induction period (IP), and color
were chosen as test parameters.
203 ated resin and magnetic nanoparticles (MNPs)
are chosen as the solid support to selectively capture f
204 nd, caused the targeted chromosome always to
be chosen as the active chromosome.
205 l colors and that these focal colors tend to
be chosen as the best examples of color terms across lan
206 having low and tunable refractive index has
been chosen as the dielectric layer for the excitation o
207 nzenesulfonamide and carbonic anhydrase have
been chosen as the ligand and protein, respectively, to
208 Tungsten has
been chosen as the main candidate for plasma facing comp
209 al practice and research, and have therefore
been chosen as the selected topics for this current revi
210 wnstream from the branchpoint sequence (BPS)
is chosen as the 3' splice site during catalytic step II
211 system and effective photothermal efficiency
is chosen as the appropriate model receptor of fluoresce
212 Square ring structure
is chosen as the basic meta-atoms.
213 ogeny with the highest posterior probability
is chosen as the best estimate of the evolutionary relat
214 Bacterial cholera toxin (CT)
is chosen as the model protein that has been covalently
215 nic halide perovskite CsPb(0.5) Sn(0.5) I(3)
is chosen as the photoactive layer with comprehensive ba
216 Thus, a universal plant barcode
is chosen as the target to be amplified from dairy sampl
217 Eosin Y
was chosen as the acceptor because of its good spectral
218 Diethylamine (DEA)
was chosen as the amine source due to its low pKb value
219 The 18S small-subunit rRNA gene
was chosen as the amplification target, labeled with flu
220 Bevacizumab
was chosen as the antibody-based therapeutic.
221 a good V (T) match between MA1 and 2TC, MA1
was chosen as the appropriate model for both tracers.
222 CD5xDR-CR3
was chosen as the best format because it had overall the
223 Using the training and validation sets, IgG4
was chosen as the best predictor of FS, with index value
224 ls, extraction with acidified methanol-water
was chosen as the best to quantify the concentrations of
225 ALP
was chosen as the biomarker due to its age-dependent nat
226 RNA
was chosen as the biomolecule of interest because rRNA c
227 Potassium sorbate (KS)
was chosen as the carrier and two different concentratio
228 ferent electrode materials studied, graphite
was chosen as the cathode.
229 ted as the Pickering emulsifiers, nonadecane
was chosen as the core phase change material (PCM), and
230 results, a PA-to-Ao ratio of 1.0 or greater
was chosen as the cutoff for further analysis.
231 tatus of 0 or 1 in whom radical radiotherapy
was chosen as the definitive management.
232 4-(N,N-Diphenylamino)phenyl
was chosen as the donor group and thien-2-yl dicyanoviny
233 The medaka fish
was chosen as the experimental aquatic model for studyin
234 tions 41-45 is distal to the active site and
was chosen as the focus for the mutagenesis and kinetic
235 nally similar to the in vivo 40-kDa fragment
was chosen as the focus of these studies over the in viv
236 Cyclic voltammetry (from 0 to 0.8 V)
was chosen as the interrogation technique to impose the
237 Based on this, (99m)Tc-AGA-2
was chosen as the lead tracer and tested in murine AAA.
238 38 nmol) for an average body weight of 70 kg
was chosen as the mass dose limit in human studies using
239 Vaccinia virus (VV)
was chosen as the model because it is closely related to
240 Hydrochlorothiazide (BCS class IV drug)
was chosen as the model drug as enhanced dissolution rat
241 Naltrexone
was chosen as the model drug.
242 Cholera monitoring
was chosen as the model immune system for this setup.
243 Ubiquitin
was chosen as the model protein because of its structura
244 T4 lysozyme
was chosen as the model protein.
245 representative of the ubiquitous globin fold
was chosen as the model system.
246 tron 5 of the interferon-alpha receptor gene
was chosen as the model system.
247 70% of aqueous ethanol extract of OL
was chosen as the most antioxidant extract based on anti
248 s, the reversible 2-tissue-compartment model
was chosen as the most appropriate according to the Akai
249 usion of unreliable estimates, the 1TC model
was chosen as the most appropriate.
250 procedure prior to the implant installation
was chosen as the most optimal treatment.
251 pH-zone refining hCCC
was chosen as the most promising method for the extract'
252 DCL3
was chosen as the one cycle length that resulted in a lo
253 ed upon those observations, the 5 mg/kg dose
was chosen as the optimal dose for subsequent behavioral
254 Consequently week 4
was chosen as the optimum time for explantation in the i
255 However, when Glomus etunicatum
was chosen as the outgroup, the polarity of the entire t
256 Essential fatty acid deficiency
was chosen as the paradigm to evaluate the methodology b
257 Raman spectroscopy
was chosen as the PAT platform to support process develo
258 The gold standard
was chosen as the pathologic assessment.
259 t 3) led to a tolerable toxicity profile and
was chosen as the phase IIa regimen.
260 In this assay, PLK-peptide
was chosen as the phosphoryl acceptor.
261 aturally occurring trans-4-hydroxy-L-proline
was chosen as the precursor to the target's core, which
262 Academic competence
was chosen as the primary outcome measure given it is a
263 The negative LR (NLR)
was chosen as the primary outcome.
264 no MTD was identified up to 700 mg/d, 525 mg
was chosen as the recommended dose, and 12 additional pa
265 In this study, the HPLC method
was chosen as the reference method to evaluate the repro
266 a well-characterized strain of each organism
was chosen as the reference standard for that particular
267 urple membrane protein bacterio-opsin (Bop),
was chosen as the reporter.
268 Fluorescence
was chosen as the selectable endpoint as fluorescence ca
269 an immunodeficiency virus type 1 (HIV-1) DNA
was chosen as the specific biomarker.
270 A-33903 (18), a 1,4-benzodiazepine analogue,
was chosen as the starting point for lead optimization.
271 This compound
was chosen as the starting point of a program aimed at d
272 This compound
was chosen as the starting point of a program aimed at p
273 Phage Ps56
was chosen as the study subject since it excluded numero
274 PCB
was chosen as the substrate for ease of integration with
275 Nitrocellulose membrane
was chosen as the substrate to stick the antigen due to
276 Triton X-114
was chosen as the surfactant for the extraction because
277 Pra
was chosen as the target amino acid because its alkynyl
278 A-cluster of carbon monoxide dehydrogenase,
was chosen as the target assembly.
279 The A-site of the 16S rRNA decoding region
was chosen as the target, both because it possesses seve
280 miRNA-122a
was chosen as the target, which was first hybridized to
281 tum, vagina, and bladder of a woman with UTI
was chosen as the tester; the driver was a phylogenetica
282 A dilution of 1:400
was chosen as the universal screening serum dilution, wi
283 almonella serotype Braenderup strain (H9812)
was chosen as the universal size standard.
284 nols (lupeol, alpha-amyrin, and beta-amyrin)
were chosen as the analytes.
285 (M+3H)(3+) and (M+2H)(2+) ions
were chosen as the detected ions in the single ion recor
286 The expression of clpC and clpP, which
were chosen as the focus of this study, was induced at l
287 likely to be associated with disease alleles
were chosen as the input for a support vector machine pr
288 tive furnaces, and coil outlet temperatures,
were chosen as the input variables of the models and the
289 f [3H]spermidine transport into L1210 cells,
were chosen as the measure of biological activity.
290 Acylcarnitines
were chosen as the model compound class to demonstrate t
291 f their nontransformed counterparts in vivo,
were chosen as the model for these studies.
292 al absorption but a normal metabolic status,
were chosen as the model to differentiate between the ef
293 ocarmycin SA and pyrrolobenzodiazepine dimer
were chosen as the payloads to construct two GPC3-specif
294 ere combined with each genotype analyzed and
were chosen as the reference genotypes.
295 Positions 2-6, 3-7, and 5-9
were chosen as the sites for incorporating cyclic confor
296 The results of a popular strategy
were chosen as the standard.
297 ment of the biosensor, Fab' fragments should
be chosen as they are relatively cheap and can be develo
298 These residues
were chosen as they are in proximity to the FcRn-IgG (Fc
299 with as-synthesized CdSe quantum dots (QDs)
are chosen as two model reactions.
300 ial prefrontal cortex and dorsal hippocampus
were chosen as two limbic forebrain regions involved in