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1 BFB can be observed in progress using cytogenetic techni
3 zed cytogenetically may be more complex, and BFB cycles may play an important role in generating term
4 en the complexity of some cancer genomes and BFB's ability to generate a wide range of rearrangement
5 for whole chromosome loss and the associated BFB-mediated instability in tumorigenesis and may shed l
6 Syncope in patients with bifascicular block (BFB) is a common event whose causes might be difficult t
10 Chromosome breakage and break-fusion-bridge (BFB) cycles can also be observed during early embryo sac
16 fy a chromosomal region likely rearranged by BFB cycles, demonstrating the practicality of our approa
18 lts elucidate nucleotide-level events during BFB cycles and end processing for naturally occurring mi
21 biosensors in slices of the basal forebrain (BFB) to study both depolarization-evoked adenosine relea
22 using cytogenetic techniques, but generally BFB must be inferred from data such as microarrays or se
26 inverted repeat structure characteristic of BFB; instead PDE9A was fused to intergenic regions of ch
27 tic tumors and confirm a previous finding of BFB as well as identify a chromosomal region likely rear
29 he germ line and passes through at least one BFB cycle to produce gametes with terminal deletions ass
30 Evoked and basal adenosine release in the BFB in vitro exhibited three key features: the magnitude
31 ristics of adenosine release recorded in the BFB in vitro reflect those that have been linked in vivo
35 ion and segment copy numbers, decide whether BFB can yield a chromosome with the given segment counts
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