1 In conclusion, we have characterized a hitherto unknown bacte
2 In conclusion, we have characterized clinically-relevant rode
3 In conclusion, we have defined the mode of cytosolic Naa60 an
4 In conclusion, we have demonstrated that BCRgt can provide ac
5 In conclusion, we have demonstrated that cortical microglial
6 In conclusion, we have demonstrated that two-chain processing
7 In conclusion, we have determined that eosinophils express CA
8 In conclusion, we have developed a modular drug delivery syst
9 In conclusion, we have developed a novel animal model of HTG-
10 In conclusion, we have discovered an Nav1.1-originated INaL c
11 In conclusion, we have discovered novel interaction candidate
12 In conclusion, we have established a system to study the inte
13 In conclusion, we have established an NF-kappaB-GFP iBMDM rep
14 In conclusion, we have established that purinergic signaling
15 In conclusion, we have established that the HMW1 and HMW2 adh
16 In conclusion, we have for the first time linked a cold-sensi
17 In conclusion, we have,
for the first time, characterized the
18 In conclusion, we have found anomalous extracellular diffusio
19 In conclusion, we have found evidence that community pharmaci
20 In conclusion, we have identified a molecular signature induc
21 In conclusion, we have identified a new cellular pathway in w
22 In conclusion, we have identified a novel LKB1 isoform that e
23 In conclusion, we have identified a novel mechanism for C9ALS
24 In conclusion, we have identified a novel S. pyogenes enzyme
25 In conclusion, we have identified a PI3K/PKCiota/cyclin E sig
26 In conclusion, we have identified a putative functional indel
27 In conclusion, we have identified a robust alcohol-related DN
28 In conclusion, we have identified a statistically significant
29 In conclusion, we have identified a unique VDR agonist compou
30 In conclusion, we have identified an amphipathic alpha-helix
31 In conclusion, we have identified an essential substrate moti
32 In conclusion, we have identified an inhibitor of ACSLs as a
33 In conclusion, we have identified both common and specific re
34 In conclusion, we have identified Fgf18 as a molecule that pr
35 In conclusion, we have identified heightened ER stress and ab
36 In conclusion, we have identified HIF-1alpha as a novel regul
37 In conclusion, we have identified miR-23a as a negative regul
38 In conclusion, we have identified new signaling molecules tha
39 In conclusion, we have identified previously uncharacterized
40 In conclusion, we have identified six CPPs from large clostri
41 In conclusion, we have identified SPIN.DOC as a transcription
42 In conclusion, we have identified TMEM199 as a protein involv
43 In conclusion, we have identified urinary miR-21 that correla
44 In conclusion, we have provided evidence that Rax is required
45 In conclusion, we have shown a physiological modulation of SP
46 In conclusion, we have shown here that ABCD1 and its homolog
47 In conclusion, we have shown that binding of UL20 to GODZ in
48 In conclusion, we have shown that the renal-specific phenotyp
49 In conclusion, we have uncovered a mechanism by which chronic
50 In conclusion, we have utilized a broad-scaled affinity prote