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kwic search for gene out of >500 occurrences
403337 occurrences (No.43 in the rank) during 5 years in the PubMed. [no cache] 500 found
[frequency of next (right) word to gene]
403337 occurrences (No.43 in the rank) during 5 years in the PubMed. [no cache] 500 found
| 110) The gene arrangement and component are identic |
| 111) The gene arrangement and composition were iden |
| 112) e of other Phrynocephalus sand lizards in gene arrangement and composition, except t |
| 113) to those of Dendronephthya species in its gene arrangement and genome organization. |
| 114) % A, 26.5% C, 13.3% G and 28.3% T and the gene arrangement and transcriptional direc |
| 115) nes and one control region as the typical gene arrangement and transcriptional direc |
| 116) Its gene arrangement and translation direction |
| 117) The mitogenome exhibits the canonical gene arrangement as those of most vertebra |
| 118) The gene arrangement differs among these compl |
| 119) d an A + T-rich control region, and has a gene arrangement identical to those of all |
| 120) ndrial genomes from Peracarida, the major gene arrangement in the N. |
| 121) The gene arrangement is conserved. |
| 122) a non-coding control region (CR), and its gene arrangement is identical to those of |
| 123) The gene arrangement is similar to that of Dro |
| 124) The gene arrangement is the same as most birds |
| 125) The base composition and gene arrangement of S. |
| 126) The gene arrangement of the A. |
| 127) eflect a typical vertebrate mitochondrial gene arrangement of the M. |
| 128) The mitochondrial gene arrangement of the R. |
| 129) The gene arrangement of the sequenced region w |
| 130) The mitochondrial gene arrangement of the tiger tail seahors |
| 131) bp long circular molecule with a typical gene arrangement of vertebrate mitochondri |
| 132) We investigated the mitochondrial gene arrangement pattern and found that th |
| 133) The gene arrangement pattern is identical to B |
| 134) Its gene arrangement pattern is identical to m |
| 135) The gene arrangement pattern of this mitochond |
| 136) eevesii was 16,784 bp in length and its gene arrangement pattern, gene content and |
| 137) to Saccostrea than Crassostrea, although gene arrangement shows a closer relationsh |
| 138) from the order Mysida, reveals an unusual gene arrangement that is unique compared w |
| 139) has the typical vertebrate mitochondrial gene arrangement. |
| 140) has the typical vertebrate mitochondrial gene arrangement. |
| 141) ) with a typical vertebrate mitochondrial gene arrangement. |
| 142) Gene and protein expression of intercellul |
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(1)75  expression |
(15)5 of |
(29)3 block |
(43)2 mutation |
| (2)34 order |
(16)5 transfer |
(30)3 can |
(44)2 on |
| (3)32 arrangement |
(17)5 were |
(31)3 contents |
(45)2 overlap |
| (4)31 and |
(18)4 activation |
(32)3 polymorphisms |
(46)2 peptide |
| (5)21 *null* | (19)4 delivery |
(33)3 sequencing |
(47)2 profiling |
| (6)15 was |
(20)4 encoding |
(34)3 transcription |
(48)2 regions |
| (7)12 expression, |
(21)4 expressions |
(35)2 analysis |
(49)2 sequence |
| (8)9 arrangement, |
(22)4 fragments |
(36)2 carriers |
(50)2 sequences, |
| (9)7 composition |
(23)4 is |
(37)2 cluster |
(51)2 spookier |
| (10)7 organization |
(24)4 silencing |
(38)2 clusters |
(52)2 synteny |
| (11)7 sequences |
(25)4 to |
(39)2 content |
(53)2 therapy, |
| (12)5 flow |
(26)4 which |
(40)2 family |
(54)2 used |
| (13)5 for |
(27)3 alterations |
(41)2 from |
(55)2 uses |
| (14)5 in |
(28)3 as |
(42)2 has |
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--- WordNet output for gene ---