1 amers in solution, each octamer harboring an
amazing 192 c-type heme moieties.
2 Altogether, our results illuminate the
amazing ability of cyanovirin-N to proceed down differen
3 T cells have an
amazing ability to discern and differentially respond to
4 Its
amazing ability to generate a highly visible, efficientl
5 The catalytic system is reported with
amazing ability to recognize SH/SeH groups in the mixtur
6 that were capable of taking advantage of the
amazing achievements in basic and pharmacological scienc
7 Yet, an
amazing amount of information is available to you.
8 about the importance of Ficus carica L., an
amazing and ancient source of medicines and food.
9 bacterial flagellum is one of nature's most
amazing and well-studied nanomachines.
10 ponses to abiotic stresses, and generates an
amazing array of cell shapes.
11 In the last two decades, there has been an
amazing array of chiral nanostructures reported in the l
12 a 5'-deoxyadenosyl 5'-radical to initiate an
amazing array of transformations, usually through the ab
13 for increasing energy expenditure, given its
amazing capacity to transform chemical energy into heat.
14 The nervous system has the
amazing capacity to transform sensory experience from th
15 a central goal of neurobiologists, but this
amazing cell type has so far defied a generalized classi
16 phasize remarkable and novel roles for these
amazing cells.
17 at there is much yet to discover about these
amazing cellular components.
18 The
amazing climbing ability of geckos has attracted the int
19 een disparate realms of the universe and the
amazing consequences of the unifying character of physic
20 knockout experiments in the mouse generated
amazing craniofacial skeletal muscle phenotypes.
21 nome sets within an organism, is found to an
amazing degree in higher plants.
22 The response of T cells to antigen shows an
amazing degree of both sensitivity and specificity, with
23 involved in complex formation, revealing an
amazing degree of divergence in the interaction between
24 sential to all living cells are conserved in
amazing detail throughout evolution.
25 Twenty years ago in a series of
amazing discoveries it was found that a large family of
26 n the Naica mine (Mexico) is one of the most
amazing displays of mineral beauty ever created in natur
27 , hormones and neurotransmitters generate an
amazing diversity of Ca2+ signals such as local and glob
28 Glycans are tasked with such an
amazing diversity of functions that no study of cellular
29 Phytopathogenic fungi have evolved an
amazing diversity of infection modes and nutritional str
30 Plants synthesize an
amazing diversity of volatile organic compounds (VOCs) t
31 To achieve that
amazing diversity, mammals have approximately 1,000 olfa
32 trees are responsible in large part for this
amazing diversity.
33 Despite its
amazing ecological vignette, there are remarkably few ev
34 This
amazing effect was ascribed to the solvation of the coun
35 nanopartilces proved to be elite and offered
amazing electrochemical biosensing.
36 They act as thermal barriers with an
amazing energy soaking/dissipating capacity.
37 llion years ago, and has been a key to their
amazing evolutionary success.
38 c enzyme to buy time for recombination is an
amazing example of adaptation, which illustrates the pow
39 However, their structural similarities is an
amazing example of convergent evolution in different ord
40 Cephalopods, for example, achieve
amazing feats of manipulation and locomotion without a s
41 The organizers assembled an
amazing forum, which included 53 speakers and 67 poster
42 ating their hosts, but the enormous size and
amazing genetic diversity of the bacteriophage populatio
43 e gallium-catalyzed VLS growth exhibits many
amazing growth phenomena.
44 (DMS)3 complex or as a solvent added, has an
amazing influence on both chemical yield and the level o
45 y of cognitive neuroscience, and some of the
amazing insights that have followed from it concerning h
46 Neurons undertake an
amazing journey from the center of the developing mammal
47 At the same time, we have learned
amazing lessons from the tinkering of evolution that dev
48 naturally coevolving pathosystem contains an
amazing level of genetic diversity in host resistance an
49 ides more insights into the workings of this
amazing machine.
50 (T antigen) encoded by simian virus 40 is an
amazing molecular machine because it orchestrates viral
51 Learning from nature's
amazing molecular machines, globular proteins, we presen
52 The bacterial flagellar motor is an
amazing nanomachine: built from approximately 25 differe
53 ent, are able to mimic the function of these
amazing natural systems and help humanity by completing
54 erent forms has revealed the existence of an
amazing number of interacting chromatin remodeling mecha
55 In this article, we demonstrate our
amazing observations on these kinds of super crystals (o
56 ral clever structural features underlie this
amazing phenomenon.
57 Archaea display
amazing physiological properties that are of interest to
58 r the biosynthesis of literally thousands of
amazing polyketide natural products made by nature can b
59 and a mechanistic understanding of how these
amazing polymers work.
60 Overall, reliability theory has an
amazing predictive and explanatory power with a few, ver
61 ometer size crystals, which have resulted in
amazing progress in structural biology.
62 and isogenic control strains has facilitated
amazing progress within genetics and related fields, a g
63 We report on the
amazing properties of a new type of stacking interaction
64 mation is being collected in databases at an
amazing rate, requiring novel computational approaches t
65 The
amazing regenerative abilities of the giant ciliate Sten
66 planarian genome and studying this animal's
amazing regenerative abilities.
67 nity for synthesizing complex molecules with
amazing regio- and stereo-specificity otherwise difficul
68 The
amazing repertoire of glycoconjugates that are found in
69 nd time embodies our tissues and organs with
amazing resilience and multifunctional smart properties.
70 a handful of probes has already revealed an
amazing specificity of cellular biomolecule dynamics in
71 d to the aptamer domain of riboswitches with
amazing specificity, modulating gene regulation in a fee
72 truscan shrews can recognize prey shape with
amazing speed and accuracy, based on whisker-mediated ta
73 und pressure are detected by hair cells with
amazing speed and sensitivity.
74 Yet, they display
amazing stiffness, toughness, strength, and deformabilit
75 Here, we review the
amazing strategies that work to regulate translation in
76 The
amazing structural variety of cells is matched only by t
77 In spite of the
amazing success during the past half century in diagnosi
78 One key medium to accomplish such an
amazing task is photoswitchable molecules.
79 Despite
amazing technical advances in the investigation, assessm
80 It is
amazing that under indoor weak light irradiation, rhodam
81 adical chemistry allows for some of the most
amazing transformations in nature, including reduction o
82 amework have been synthesized; these show an
amazing variation in their skeletal electron count, one
83 Many lesion studies report an
amazing variety of deficits in behavioral functions that
84 In the years that followed, an
amazing variety of functional groups, morphologies and a
85 technology has enabled the development of an
amazing variety of methods for fabricating nanotopograph
86 The
amazing variety of serotonergic receptors and their type
87 ning phytoplankton dynamics, and illuminated
amazing versatility in phytoplankton vitamin metabolism.