ライフサイエンスコーパス: family tree

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1 on about overall capability across the yeast family tree.

2 n the two deepest branches of the vertebrate family tree.

3 eir spread position in the lipocalin protein family tree.

4 lignment, a Hidden Markov Model (HMM), and a family tree.

5 n be predicted by their position in the MutS family tree.

6 ecific graphs such as transport networks and family trees.

7 The SNP haplotypes were assigned based on family trees.

8 In addition to generating gene family trees and determining orthologous gene sets for c

9 to human gene classifications and to protein family trees and multiple sequence alignments will tempo

10 d offshoot" or "sidebranch" off the tetrapod family tree, and recent cladistic analyses have disagree

11 The simplicity of this family tree demonstrates that even a single cross can le

12 The number of ancestors within family trees determines the timing of the most recent co

13 enzymes form a separate branch in the CYP1A family tree distinct from mammalian CYP1A1 and -1A2 and

14 alignments complemented by phylogenetic gene family trees help infer syntenic and orthologous relatio

15 ns, we analyzed all-cause mortality with the family tree mortality ratio method (main outcome measure

16 Using the family tree mortality ratio method in a cohort of 403 ph

17 The family tree mortality ratio method offers the unique pos

18 Investigating the family tree of a tumor to identify its cellular origins

19 These correlations suggest that the family trees of functionally related gene families co-ev

20 ive bee-specific subfamilies in an insect Or family tree, one of which has expanded to a total of 157

21 The completion of the human tyrosine kinase family tree provides a framework for further advances in

22 a comprehensive, curated database of protein families, trees, subfamilies and functions available at

23 fixation of genetic variants, resulting in a family tree that lacks clear branching patterns.

24 thology cosegregate as they fall through the family tree, we can identify the brain systems that unde

25 representative of different branches of the family tree were investigated.

26 Gene family trees were constructed to identify homologs of MI

27 ting Bi(2)Sr(2)Ca(n-1)Cu(n)O(2n+4+x) (BSCCO) family tree, which breaks two-dimensional inversion symm

28 d to the data, we constructed a mouse strain family tree, which in most cases confirmed existing gene

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