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1 es, are constructed and combined for further biological analyses.
2   IR spectroscopy is an excellent method for biological analyses.
3 ates their assessment by routine chemical or biological analyses.
4 esis is of major importance for a variety of biological analyses.
5 al for broad utility in proteomics and other biological analyses.
6 um parvum metabolic map and facilitates cell biological analyses.
7 ined with genetic, cytological and molecular biological analyses.
8 rofluidic systems for chemical synthesis and biological analyses.
9  providing two simple examples of downstream biological analyses.
10 olume samples exacerbates the intricacies of biological analyses.
11 tructural modeling with biochemical and cell biological analyses.
12 beddings counter-productive for exploratory, biological analyses.
13 he low number of HSCs in the body makes both biological analyses and clinical application difficult,
14 arcinoma (PDA) initiation, we used molecular biological analyses and mouse models of klf4 gain- and l
15                         Biochemical and cell biological analyses, and a genome-wide screen for compon
16               Biochemical, genetic, and cell biological analyses confirmed that the actin binding- an
17               Genetic, biochemical, and cell biological analyses demonstrate that the ECH/YIP4 comple
18                         Biochemical and cell biological analyses demonstrate these mutations influenc
19                                   Subsequent biological analyses demonstrated that all of these modif
20                                         Cell biological analyses, genetics and chemical interference
21                           Recent outcome and biological analyses have shifted the risk stratification
22                                              Biological analyses implicate repeat addition processivi
23 r reference genomes, for use in a variety of biological analyses including SNP discovery, genotyping
24                                      Systems biological analyses, including artificial intelligence,
25 uences and/or structures is crucial for many biological analyses, including functional annotation of
26                        Genetic and molecular biological analyses, including sequencing the Npc1(spm)
27     The challenge is to use genetic and cell biological analyses, integrated with our knowledge of pl
28                     Further genomic and cell biological analyses of Atx2 domain deletions demonstrate
29                   Further proteomic and cell biological analyses of cell-surface proteins identified
30                         Our genetic and cell biological analyses of construct behavior suggest that t
31 believe that this progress will enable novel biological analyses of hundreds of mammalian-sized genom
32                                    Molecular biological analyses of RNA from normal retina and from p
33 s a primary step for subsequent chemical and biological analyses of single cells.
34                             Genetic and cell biological analyses of sperm behavior in the female repr
35 structural modeling and biochemical and cell biological analyses of structure-based mutations, we inv
36 molecular simulations and conformational and biological analyses of the synthetic peptides provides a
37  conformational preferences and results from biological analyses of these analogues allow a detailed
38  conformational preferences and results from biological analyses of these analogues(1,2) allow a deta
39 modified endothelial cells, in vivo vascular biological analyses on genetically engineered mouse mode
40              In vitro molecular and cellular biological analyses on genetically modified endothelial
41                             Genetic and cell biological analyses reveal that NRPM may promote the loc
42                               Structural and biological analyses reveal that the GTP-sensing activity
43                          Physicochemical and biological analyses revealed that FTFOs unfold the c-Myc
44 t included structural, biochemical, and cell biological analyses revealed two distinct chemotypes wit
45                                              Biological analyses show that an unexpectedly high numbe
46                 Chemical proteomics and cell biological analyses showed that glucose starvation in SL
47                                Molecular and biological analyses strongly suggested reactivation of a
48 ent probes to DNA molecules for a variety of biological analyses such as DNA sequencing by synthesis.
49                     Further genetic and cell biological analyses suggest that the interaction of Exo7
50                   Molecular genetic and cell biological analyses suggest that these proteins are loca
51                                 Chemical and biological analyses support the idea that the presence o
52 e topography as well as biochemical and cell-biological analyses to identify coat proteins whose asse
53 band in prion-infected mice, subsequent cell biological analyses uncovered a surprisingly coordinated
54            Importantly, biochemical and cell biological analyses validated several of these Hsp90-dep
55                       Using genetic and cell biological analyses, we found that the specification of
56 ing biochemical, molecular modeling and cell biological analyses, we have investigated the interactio
57                        Through in silico and biological analyses, we identified a novel lncRNA, BMP/O
58 es, protein expression patterns and advanced biological analyses will not be drastically impacted by