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. 2018 Dec 14;11:444. doi: 10.3389/fnmol.2018.00444

Table 1.

Summary of current tool compounds used to study mGlu7.

Name (#) Type mGlu7 pEC50/pIC50 mGlu8 pEC50/pIC50 mGlu4 pEC50/pIC50 mGlu6 pEC50/pIC50 Source
L-AP4 (1) Orthosteric agonist 3.47 (PIH) 6.53 (PIH) 7.00 (PIH) 5.62 (PIH) Acher et al., 2012; Selvam et al., 2018
3.61 (Ca2+) 6.53 (Ca2+) 6.89 (Ca2+) 6.00 (Ca2+)
LSP4-2022 (2) Orthosteric agonist 4.34 (Ca2+) 4.54 (Ca2+) 6.96 (Ca2+) 5.36 (Ca2+) Acher et al., 2012; Goudet et al., 2012; Selvam et al., 2018
LSP1-2111 (3) Orthosteric agonist 4.28 (PIH) 4.18 (PIH) 5.66 (PIH) 5.77 (PIH) Selvam et al., 2018
4.00 (Ca2+) 4.71 (Ca2+) 6.05 (Ca2+) 5.49 (Ca2+)
LSP2-9166 (4) Orthosteric agonist 5.71 (Ca2+) 4.25 (Ca2+) 7.22 (Ca2+) not reported Acher et al., 2012
VU0422288 (5) Group III PAM 6.85 (Ca2+) 6.93 (Ca2+) 6.98 (Ca2+) not reported Jalan-Sakrikar et al., 2014
VU0155094 (6) Group III PAM 5.80 (Ca2+) 6.07 (Ca2+) 5.48 (Ca2+) not reported Jalan-Sakrikar et al., 2014
ADX88178 (7) mGlu4/8 PAM >4.52 (Ca2+) 5.66 (Ca2+) 8.46 (Ca2+) >5 Le Poul et al., 2012
ADX71743 (8) mGlu7 NAM 7.20 (human, Ca2+) inactive inactive inactive Kalinichev et al., 2014
7.06 (rat, Ca2+) inactive inactive inactive
AMN082 (9) Allosteric agonist 6.59 (GTPγS) >5 (GTPγS) >5 (GTPγS) >5 (GTPγS) Mitsukawa et al., 2005
XAP044 (10) Antagonist 5.26 (cAMP) 4.48 (cAMP) inactive inactive Gee et al., 2014
5.55 to 5.46 (GTPγS)
LY341495 (11) Orthosteric antagonist 6.00 (cAMP) 6.76 (cAMP) 4.66 (cAMP) not reported Kingston et al., 1998
MMPIP (12) mGlu7 NAM 6.66 (cAMP) >5 (cAMP) >5 (cAMP) not reported Suzuki et al., 2007
7.15 (Ca2+) Niswender et al., 2010
6.14 (Thallium) Niswender et al., 2010
VU6010608 (13) mGlu7 NAM 6.12 (Ca2+) >5 (Ca2+) >5 (Ca2+) inactive (>5) Reed et al., 2017
VU6005649 (14) mGlu7/8 PAM 6.19 (Ca2+) 5.59 (Ca2+) >5 (Ca2+) inactive Abe et al., 2017

NAM, negative allosteric modulator; PAM, positive allosteric modulator; EC50, effective concentration 50; IC50, inhibitory concentration 50. Assay type is indicated in parentheses: PIH, Phosphatidylinositol hydrolysis; cAMP, cAMP accumulation; Ca2+, Calcium mobilization; GTPγS, GTPγS binding.