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1 ding sites in its 3' untranslated region (UTR), thereby ensuring a dual control of unwanted cell deat
2 for Cig2 destruction during anaphase and G(1), thereby ensuring a spike pattern of Cig2 levels, peak
4 a maximal amount of antigen in a single dose, thereby ensuring a clonal burst that involves the larg
5 s thought to mitigate recombination reactions, thereby ensuring a high quantum yield of water oxidati
6 and other partial reaction steps of the cycle, thereby ensuring a high rate of Ca(2+) transport under
7 output between both halves of the spinal cord, thereby ensuring a symmetrical pattern of locomotor ac
8 that do not match the codon of messenger RNA, thereby ensuring accuracy in translation of the geneti
9 at APC/C(Cdh1) controls the stability of TPX2, thereby ensuring accurate regulation of the spindle as
12 also necessary to maintain a functional PRC1, thereby ensuring appropriate levels of repressive H2Au
13 classes of neuronal processes within the OPL, thereby ensuring appropriate ribbon synapse formation,
14 lasma membrane and regulates turnover of LpxC, thereby ensuring balanced biosynthesis of LPS and phos
17 trations with the efflux of acrosomal calcium, thereby ensuring complete fusion of the large acrosoma
19 progression and repress V gene accessibility, thereby ensuring coordination of proliferation with im
20 inker joins the recognition and lysis domains, thereby ensuring correct folding of the individual dom
21 ntly to clear the ER from metaphase chromatin, thereby ensuring correct progression through mitosis a
22 ining cochlear partition mechanical impedance, thereby ensuring effective transfer of OHC isometric f
23 nuclear import signals within the PABPC RRMs, thereby ensuring efficient cytoplasmic retention of th
24 n of replication and the host cell chromosome, thereby ensuring efficient partitioning of viral genom
25 f up-stream and downstream signaling proteins, thereby ensuring efficient propagation of signals carr
27 ay be activated in response to meiotic errors, thereby ensuring elimination of chromosomally abnormal
28 e breaks and restore broken replication forks, thereby ensuring genome stability and cell survival.
30 breeding site with the local onset of spring, thereby ensuring gosling benefit from the peak in nutr
31 on through the G-rich lagging strand telomere, thereby ensuring high fidelity telomere replication.
32 nslationally repress cyclin CLB3 in meiosis I, thereby ensuring homologous chromosome segregation.
35 spatiotemporal pattern of guidance signaling, thereby ensuring neural projections occur with high fi
36 egulated p53 tetramerization occludes its NES, thereby ensuring nuclear retention of the DNA-binding
37 novo centriole formation before fertilization, thereby ensuring paternal inheritance of the centrosom
38 fusogenic effectors at the site of infection, thereby ensuring pathogen-directed responses during in
41 to maintain proper Bre1 and H2BK123ub1 levels, thereby ensuring proper control of gene expression.
42 llectively control actin filament homeostasis, thereby ensuring proper execution of actin-dependent p
44 replicated chromosomes to the mitotic spindle, thereby ensuring proper sister chromatid separation du
45 stem-like cell type in Caenorhabditis elegans, thereby ensuring proper temporal cell fate patterning.
46 related mitofusins in the tethering mechanism, thereby ensuring rapid and high fidelity Ca(2+) signal
47 ation of deuterium atoms on the aromatic ring, thereby ensuring retention of the isotope label during
49 xhibit an equally high c-Fos expression level, thereby ensuring robustness in IL-2 response within th
51 romeric heterochromatin is to attract cohesin, thereby ensuring sister centromere cohesion and proper
52 of cohesin specifically onto chromosome arms, thereby ensuring sister chromatid cohesion and proper
53 ract upon guest binding, as studied by VT-NMR, thereby ensuring strong binding of both small and larg
55 tant gene in all diseased photoreceptor cells, thereby ensuring sufficient transduction efficiency.
56 ase promoting complex (APC)-proteasome system, thereby ensuring temporal control of late mitotic even
58 s array of large-capacitance tunnel junctions, thereby ensuring that all superconducting islands are
59 ns is subject to multiple modes of regulation, thereby ensuring that animals exhibit the responses mo
60 ons and positions of the arms of the junction, thereby ensuring that binding is selective for branche
61 ry surface contact to capture extending axons, thereby ensuring that combinatorial codes of positive
62 CO HR outcome near the centers of chromosomes, thereby ensuring that COs form predominantly at off-ce
63 te an Aurora B-mediated abscission checkpoint, thereby ensuring that daughter cells are generated onl
64 tive guidance receptors on postcrossing axons, thereby ensuring that decussated axons are selectively
65 ose the epithelium controls mesoderm adhesion, thereby ensuring that embryos and, by extension, adult
66 initiate BDNF signaling through synaptic TrkB, thereby ensuring that learning will trigger neurotroph
67 nase to boost Cdc25 activity and inhibit Wee1, thereby ensuring that mitotic commitment is a bistable
68 ls to restrict initiation to normal promoters, thereby ensuring that only appropriate mRNAs are synth
69 bits growth of crystals remaining in solution, thereby ensuring that only crystals within fibrils gro
70 ue but reduce variance in cumulative outcomes, thereby ensuring that resources remain above a critica
71 gregating, recruit the highest levels of Mad2, thereby ensuring that SAC activation is proportionate
72 ruited to the surface of the developing spore, thereby ensuring that SpoIVA polymerization only occur
73 tationally aligns along this axis of polarity, thereby ensuring that the cleavage plane is positioned
74 is-Hin contacts limit rotational processivity, thereby ensuring that the DNA strands religate in the
75 ry traces after cortical memory consolidation, thereby ensuring that the hippocampus is continuously
76 ow to invade middle and upper cortical layers, thereby ensuring that the location of invading interst
77 ontrols T cell cross-reactivity for pMHCI Ags, thereby ensuring that the peripheral T cell repertoire
78 ation of 10, 25 and 50 mg/kg of maslinic acid, thereby ensuring that the procedure is appropriate for
79 d function as internal guides to recruit ClpX, thereby ensuring that the tetrameric complex is a high
80 to inhibit centriole separation at meiosis II, thereby ensuring that the zygote inherits the appropri
81 ivates unwinding by coupling these activities, thereby ensuring the downstream formation of single-st
82 of information relating to executive control, thereby ensuring the efficient allocation of cognitive
83 composite active site at the dimer interface, thereby ensuring the electrostatic and/or structural i
84 olved to counteract these detrimental effects, thereby ensuring the faithful inheritance of G4-contai
85 that recognize the same transmembrane degron, thereby ensuring the fidelity of protein deployment to
86 rred ligand relative to the natural substrate, thereby ensuring the fidelity of removing highly react
87 m generating more than one functional H chain, thereby ensuring the formation of a unique pre-BCR.
88 cillations might be to activate CRAC channels, thereby ensuring the generation of spatially restricte
89 romosomal content generated by mitotic errors, thereby ensuring the genomic integrity of gametes.
90 d-directed, TGF-beta-guided tubule elongation, thereby ensuring the looped morphology characteristic
91 nium adjuvants potentiate the immune response, thereby ensuring the potency and efficacy of typically
92 ll division, and cell growth with one another, thereby ensuring the precise spatial and temporal cont
93 signals that modulate nuclear gene expression, thereby ensuring the proper assembly of the photosynth
94 xygen to a specific region of the active site, thereby ensuring the regio- and stereospecificity of p
95 se to physiological and developmental signals, thereby ensuring the robustness of genetic regulatory
96 to maintain the localization of active myosin, thereby ensuring the spatial control of concerted cont
97 particular closed conformation of the complex, thereby ensuring the stability of the RNA polymerase w
98 endent TCR rearrangements during TCR revision, thereby ensuring the utility of the postrevision reper
99 a coli converts plasmid multimers to monomers, thereby ensuring their correct segregation at cell div
100 o be used to target other proteins to the INM, thereby ensuring their proper and timely localization
101 s the extent of transcription into the operon, thereby ensuring tight control of cellular NusA levels
102 ukBEF clusters and associated topisomerase IV, thereby ensuring timely chromosome unlinking and segre
103 Mn accumulation in the cytoplasm and apoplast, thereby ensuring tolerance to high Mn in the root envi
104 niche support a bloom of Salmonella serovars, thereby ensuring transmission of the pathogen to the n
106 interact with multiple transcription factors, thereby ensuring viral replication in a variety of cel
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