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1 ize ant larvae and suggests that many others remain to be discovered.
2 t have already been described and those that remain to be discovered.
3 d so far, but more target-specific analogues remain to be discovered.
4 However, signals for many of the activators remain to be discovered.
5 additional nephrolithiasis-associated genes remain to be discovered.
6 t-term to long-term ethanol responses mostly remain to be discovered.
7 emic traits, and many additional loci likely remain to be discovered.
8 tly engaged in replication and transcription remain to be discovered.
9 ability, and additional genetic risk factors remain to be discovered.
10 in tRNA biogenesis and subcellular movement remain to be discovered.
11 ation, but many genes linked to hearing loss remain to be discovered.
12 re differences between the two pathways that remain to be discovered.
13 V genes, and suggest that many novel alleles remain to be discovered.
14 cacy of miRNA-mediated target repression and remain to be discovered.
15 Many inherited genetic variants remain to be discovered.
16 ve been identified, the F. johnsoniae motors remain to be discovered.
17 ggesting that two billion phage-encoded ORFs remain to be discovered.
18 that many genes essential for cilia function remain to be discovered.
19 s that the ssSPTs have additional roles that remain to be discovered.
20 known ligand, suggesting new ligand classes remain to be discovered.
21 Other mutations remain to be discovered.
22 e, suggesting that important genetic signals remain to be discovered.
23 ontribute to the maintenance of basal bodies remain to be discovered.
24 brain (ganglion cell response selectivities) remain to be discovered.
25 reat deal of common variants of small effect remain to be discovered.
26 ied, it is likely that additional substrates remain to be discovered.
27 unction in stress regulation, many more CREs remain to be discovered.
28 C-associated variants of similar effect size remain to be discovered.
29 on and transmission of the ubiquitin signals remain to be discovered.
30 classes of small RNAs or silencing processes remain to be discovered.
31 y that many genes involved in growth control remain to be discovered.
32 hosphorylation events in the phosphoproteome remain to be discovered.
33 nes that are involved in lung adenocarcinoma remain to be discovered.
34 esses, and suggest that many additional RNAs remain to be discovered.
35 ng that additional QTL for the target traits remain to be discovered.
36 es for nicotinic involvement in memory still remain to be discovered.
37 Additional loci remain to be discovered.
38 oximately 1,850 genera, including those that remain to be discovered.
39 ogy world and that many allosteric effectors remain to be discovered.
40 bone mass and susceptibility to osteoporosis remain to be discovered.
41 roteins and their full biological role still remain to be discovered.
42 ata imply that other mechanisms of virulence remain to be discovered.
43 enate other substrates, including those that remain to be discovered.
44 ets relevant to innate and adaptive immunity remain to be discovered.
45 hanisms of inhibition of IFN-gamma responses remain to be discovered.
46 consumption, suggesting that additional loci remain to be discovered.
47 tes that other enzymes complementary to Tdp1 remain to be discovered.
48 vel genes have been isolated, whereas others remain to be discovered.
49 cess, it is likely that additional DDR genes remain to be discovered.
50 rons, suggesting that numerous introns still remain to be discovered.
51 Many other defects in this pathway remain to be discovered.
52 to the importance of zinc in nutrition, much remains to be discovered.
53 ract in the molecular mechanism of apoptosis remains to be discovered.
54 other fimbrial systems use a similar tactic remains to be discovered.
55 irect antileishmanial effects of miltefosine remains to be discovered.
56 clude that the biology of environmental RNAi remains to be discovered.
57 ned a flourishing area of research, yet much remains to be discovered.
58 roader Gondwanan distribution of troodontids remains to be discovered.
59 -methyl group, a mechanism for demethylation remains to be discovered.
60 the great majority of virus genes apparently remains to be discovered.
61 ence, the first X-bonded nucleic acid binder remains to be discovered.
62 The cause of the systemic iron overload remains to be discovered.
63 e for enzyme function and their role in vivo remains to be discovered.
64 small, yet significant number of human genes remains to be discovered.
65 s-tRNA(Cys) formation in M. jannaschii still remains to be discovered.
66 is now known of their genetic bases and what remains to be discovered.
67 (s) within which the rf2-encoded mtALDH acts remains to be discovered.
68 ve mechanism to prevent unwanted termination remains to be discovered.
69 natural consequences or operate in parallel remains to be discovered.
70 are still a large number of genetic variants remained to be discovered.
71 dditional risk alleles and modifying factors remaining to be discovered.
76 cleotide metabolism is well understood, much remains to be discovered about the downstream signaling
77 hed syndromes of cancer predisposition, much remains to be discovered about the genetic variation und
81 insect species named, this suggests that 80% remain to be discovered and that a greater focus should
82 dditional pathways required for self-renewal remain to be discovered and these likely include genes i
83 hogen growth, that many additional EDS genes remain to be discovered, and that direct screens for mut
84 ust how the cytoskeleton itself is organized remains to be discovered, but it seems likely that, as i
86 es and higher bootstrap percentages probably remain to be discovered even after 1000 or more search r
88 ated, cross-stage antimalarial targets still remain to be discovered from the ~5,500 proteins encoded
89 ough the exact identity of many of the genes remains to be discovered, genes identified to date encod
91 yclic biosynthetic enzymatic transformations remain to be discovered in naturally occurring enzyme 't
92 ditional ancient duplication events probably remain to be discovered in other angiosperm lineages.
95 lexity, or other exceptional characteristics remain to be discovered in unexplored sequence space.
98 omic variation and suggesting much variation remains to be discovered in African-admixed populations
101 the existence of biochemical compounds that remain to be discovered or synthesized through enzyme an
102 possible that important tolerance mechanisms remain to be discovered, perhaps an explanation for the
104 wer analyses indicate that more such regions remain to be discovered through deep sequencing of adequ
105 sis for some of these effects, although much remains to be discovered with respect to the molecular,
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