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. 2022 Jan 27;12(6):3618–3629. doi: 10.1039/d1ra08867j

In vitro biological evaluation.

graphic file with name d1ra08867j-u7.jpg
Compd R R1 hTGR5 EC50 (nM) mTGR5 EC50 (nM)
18f graphic file with name d1ra08867j-u8.jpg 2-F 36.73
18g graphic file with name d1ra08867j-u9.jpg 2-Cl 1.44 119.6
18h graphic file with name d1ra08867j-u10.jpg 4-OCH3 195.6
18i graphic file with name d1ra08867j-u11.jpg 4-CH3 83.23
18j graphic file with name d1ra08867j-u12.jpg 2,4-Di-Cl 9.89 538.4
18k graphic file with name d1ra08867j-u13.jpg 2,5-Di-Cl 0.58 267.2
18l graphic file with name d1ra08867j-u14.jpg 4-Phenyl 895.1
18m graphic file with name d1ra08867j-u15.jpg 2,5-Di-Cl 9450
18n graphic file with name d1ra08867j-u16.jpg 2,5-Di-Cl >10 000
18o graphic file with name d1ra08867j-u17.jpg 2,5-Di-Cl >10 000
18p graphic file with name d1ra08867j-u18.jpg 2,5-Di-Cl >10 000
18q graphic file with name d1ra08867j-u19.jpg 2,5-Di-Cl >10 000
18r graphic file with name d1ra08867j-u20.jpg 2,5-Di-Cl >10 000
18s graphic file with name d1ra08867j-u21.jpg 2,5-Di-Cl >10 000
18t graphic file with name d1ra08867j-u22.jpg 2,5-Di-Cl >10 000
18u graphic file with name d1ra08867j-u23.jpg 2,5-Di-Cl >10 000
INT-777 781 166