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1 a natural solution allowing the encoding of a desired 3D architecture into the chemical building blo
2 of an intracellular selection process toward a desired activity; and (iii) the characterization of th
3 ning of random peptides and RNA created with a desired amino acid and nucleotide composition, as well
4 ivity of conjugated polymer materials toward a desired analytical target would further benefit their
5 We describe a successful attempt to generate a desired antibody specificity, which was not present in
7 abled the isolation of enriched fractions of a desired array without causing significant sample aggre
10 nucleobase conformations of an RNA to match a desired backbone, analogous to fundamental tools that
19 nd by screening large chemical libraries for a desired biological effect and, conversely, ensuring bi
20 th a metric that may be monitored to enforce a desired bound on accuracy within a user-defined confid
22 activation energy and selectively producing a desired but kinetically unfavourable product for the i
23 um complexes with o-alkynylphenols to create a desired cascade triad (coordination, nucleophilic addi
25 his system to elucidate the connections onto a desired cell type in a high-throughput manner, limited
27 rated, systems-level approach for optimizing a desired cellular property or phenotype; and great stri
32 ation scheme is a powerful method of finding a desired chromatographic separation based on a small nu
33 E, is a clean approach of gene delivery into a desired chromosomal location, as it is able to insert
34 on (TAR) cloning in yeast is used to isolate a desired chromosomal region or gene from a complex geno
35 (TAR) cloning allows selective isolation of a desired chromosomal region or gene from complex genome
36 sonalized multi-pathway diagrams that depict a desired collection of interacting pathways that emphas
39 ity to prepare noble metal nanostructures of a desired composition, size, and shape enables their res
40 o further enhance heterologous production of a desired compound may be limited by the inherent capaci
42 edonistic synapses can be trained to perform a desired computation by administering reward appropriat
49 nanocrystal concentration to be adjusted and a desired crystal size to be prepared at full conversion
50 mpossible to rationalize and control to give a desired crystal symmetry, lattice spacing and habit (c
54 be difficult to obtain specific labeling of a desired cysteine in proteins with multiple cysteines,
56 lts in lower doses of vecuronium to maintain a desired depth of paralysis, and allows a faster recove
57 quantum dots to emit spontaneous photons in a desired direction or can provide an environment where
58 controlled, three-dimensional structures in a desired direction, and expands the current tools avail
59 mine whether the packing can be steered into a desired direction, so to allow topochemical photopolym
62 erior colliculus (SC) is thought to generate a desired displacement command specifying the amplitude
63 microbubble was generated and positioned at a desired distance from the membrane of a Xenopus oocyte
65 ency of recombinational targeting leading to a desired DNA change can be as high as 20% of cells.
69 llows not only selection for transmission of a desired, donor-derived differential region but also se
70 physician to titrate sedative medications to a desired effect and thereby reduce the risks associated
73 talyst surface and the targeted synthesis of a desired enantiomer requires the implantation of chiral
75 investigate the potential for introgressing a desired engineered gene into a pest population by link
77 that produces high affinity antibodies with a desired epitope coverage profile, resulting in the gen
78 Developing electromagnetic pulses to produce a desired evolution in the presence of such variation is
82 the platform to force yeast cells to express a desired fixed, or time-varying, amount of a reporter p
84 lii) either had to determine the location of a desired food item or a property of a non-food item (le
85 n source to deflect electromagnetic waves at a desired frequency, ranging from millimeter-wave to far
92 s the efficient isolation of antibodies with a desired functional characteristic without prior knowle
94 ive, switchable control of the expression of a desired gene to a preselected level in any suitable ce
95 is the drive system, which serves to spread a desired genotype into the targeted field population.
97 lls directed against a target autoantigen is a desired goal of experimental approaches for the treatm
98 Although the reduction of clinical stroke is a desired goal, the current research design of embolic p
106 "center of mass" of large shapes: ants learn a desired heading toward a point on a distant shape as t
114 ower with false discovery rate controlled at a desired level and is robust to the unimodal distributi
116 imating the depth of sequencing required for a desired level of coverage and demonstrating that more
120 ame RNA molecule to reduce the error rate to a desired level, and they also enable accurate quantific
121 ngineer any intron to increase expression to a desired level, and to explore the mechanism of IME by
126 an be designed by precycling an electrode in a desired Li- or Na-based electrolyte, and that ionic tr
128 hat the motor system computes and implements a desired limb trajectory, an intermediary control proce
129 dology to move selected single live cells to a desired location on a flat substrate, such as a patter
135 ycloserine has the therapeutic properties of a desired medication for ASDs; specifically, a medicatio
138 lt casting is impossible or does not achieve a desired microstructure, and has long been pursued for
140 ate the expected number of new variants with a desired minimum frequency to be discovered in a new da
143 al validation on a cobalt-C3N4 catalyst with a desired molecular configuration, which possesses compa
144 thermodynamics closely approximating that of a desired motif is numerically calculated from directly
145 od of activity of an oligonucleotide against a desired mRNA target is sequence motif content dependen
149 ions to those correlated with recognition of a desired new base to create enzymes that recognize and
150 le means to provide sufficient quantities of a desired NP while using inexpensive renewable resources
152 rolyzed in a controlled fashion to introduce a desired number of carboxylic acid groups to the intern
155 species' metabolisms will integrate to reach a desired outcome is a difficult problem that has been s
157 a system works where allograft rejection is a desired outcome rather than an unforeseen consequence.
163 thesize an electromagnetic metamaterial with a desired permittivity, using as building blocks only tw
166 thod of library generation and selection for a desired phenotype directly in a mammalian system can b
168 eu to numerically expand CAR(+) T cells with a desired phenotype, for the addition of interleukin (IL
170 -1-mediated gene transcription) resulting in a desired phenotypic cellular change (inhibit LEF-1-driv
172 can deploy a given subset of them to produce a desired phenotypic outcome without undesired cross tal
173 s can be designed to produce structures with a desired physical property rather than a specific shape
177 By locally feeding carbon precursors to a desired position of a substrate composed of an optimiz
178 ioester and a nucleophilic 1,2-aminothiol at a desired position to examine their polymerization produ
182 from more extensive data to be correct with a desired probability, delivers an accurate estimate of
183 hich essential enzymes divert flux away from a desired product, as well as in the production of polyk
187 echanism also decelerates DNA translocation, a desired property for sequencing and gene detection, al
188 n some cases, be achieved by optimization of a desired protein in isolation, methods have been develo
189 rvested, transfected, and induced to express a desired protein or selection of proteins to have medic
190 al cell lines expressing specific amounts of a desired protein simply by fluorescent activated cell s
193 te, they effectively discover genes based on a desired quantile of differential gene expression.
196 ict the rate-determining transition state of a desired reaction in presence of the optimal arrangemen
197 ity of a phosphine ligand that best promotes a desired reaction outcome is often non-intuitive, and t
199 he calculation of intraocular lens power for a desired refractive target can be challenging and compl
201 mized and is very straightforward, providing a desired reproducibility in measurements, while not req
204 olymer and crosslinker components to achieve a desired response at the site of action, which imparts
205 ol both the activation and the inhibition of a desired response function (protein activity or spine v
213 nic myelogenous leukemia and GIST has become a desired route to regulatory approval of an increasing
216 ions for the design of novel inhibitors with a desired selectivity profile (e.g. targeted at multiple
217 y can be utilized to identify molecules with a desired selectivity profile without access to the trad
219 t a computational method that takes as input a desired sequence profile and calculates the individual
221 me mutants to activate component moieties of a desired set of larger molecules, thus yielding a libra
222 anoscale pi-conjugated polymer structures of a desired shape by a simple self-assembly process presen
226 ential of a cell, calculating the current of a desired simulated component using an appropriate model
233 epsilon-amine, (ii) Fmoc-SPPS elongation of a desired solubilizing sequence, and (iii) in-solution r
236 ical history to derive a region of interest, a desired spatial resolution, and a desired contrast res
237 control the contact angles, thereby imposing a desired spatio-temporal stiffness variation to the pho
239 at ensures the identification of clones with a desired specificity by properly positioning the random
240 rithms for finding metabolic pathways, given a desired start and target compound, that conserve a giv
241 n) nodes is required to steer the network to a desired state within a relatively small time window.
242 ering engineered and natural systems towards a desired state, a framework to control complex self-org
248 network in order to force it to converge to a desired steady-state distribution of gene regulation.
249 eated using colloids that self-assemble into a desired structure by means of a programmable recogniti
251 trands to fold one long scaffold strand into a desired structure, has provided access to megadalton-s
256 meric zinc finger proteins that can regulate a desired target gene through cooperative DNA recognitio
258 s used to discover peptides or proteins with a desired target property-most often, affinity for a tar
259 on of epoetin can maintain the hematocrit in a desired target range, with an average weekly dose of e
261 ary pressure either to favor the cleavage of a desired target sequence or to disfavor the cleavage of
262 ose native cleavage site is a close match to a desired target sequence, followed by small-scale engin
264 l systems, and allows bringing the system to a desired target state even when this state is not direc
265 quantum mechanical system can be steered to a desired target state in the presence of relaxation.
268 framework permits reprogramming a network to a desired task, as well as rescuing networks from the br
272 ce both the duration and expression level of a desired therapeutic gene in KC, by linking its express
276 near filter that maximizes the projection of a desired tissue (ischemic tissue) while it minimizes th
277 ed non-coding elements (CNEs) likely to have a desired tissue-specificity based on the expression of
278 hylactic antibodies against Ft by suggesting a desired topology for binding of the antibody to intern
279 bited not only potent CB1R activity but also a desired tPSA value over 90 A(2), a threshold considere
280 bility of several of these proteins might be a desired trait as part of a mechanism enabling Chlamydo
281 ncomycin, metronidazole, and fidaxomicin) is a desired trait in such probiotic species, we screened s
284 or control is that the motor system computes a "desired trajectory" when reaching to a spatial goal.
285 difference between a current trajectory and a desired trajectory (DJ) that does not change during ad
287 ular patterning, direct an island to move in a desired trajectory, or merge several islands into a la
292 s aminoacylate an amber suppressor tRNA with a desired unnatural amino acid, but no natural amino aci
293 y complicate engineering the biosynthesis of a desired "unnatural product" but may also open addition
296 y along a single Si nanowire can be tuned to a desired value (between crystalline and amorphous limit
297 over, its Poisson's ratio can be designed at a desired value, e.g. positive, or negative, or zero.
299 ocompatible material that can be inflated to a desired volume using biocompatible effervescent chemic
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