Supplemental Information. The Hormone FGF21 Stimulates Water Drinking. in Response to Ketogenic Diet and Alcohol

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1 ell Metabolism, Volume 7 Supplemental Information The Hormone Stimulates Water Drinking in Response to Ketogenic Diet and lcohol Parkyong Song, hristoph Zechner, Genaro Hernandez, José ánovas, Yang Xie, Varun Sondhi, Martin Wagner, Vanessa Stadlbauer, ngela Horvath, ettina Leber, Ming hang Hu, Orson W. Moe, David J. Mangelsdorf, and Steven. Kliewer

2 Energy expenditure (Kcal/h/kg-W) Vehicle Vehicle IP injection Dark Figure S, related to Figure. () Daily food intake in 57L/6J mice administered either vehicle or ( mg/kg/day) by osmotic minipump (n = 5/group). () Licking behavior as measured in six independent experiments using a gustometer. umulative licks were recorded every 5 min for h and then every h for h from 57L/6J mice after a single i.p. injection of ( mg/kg) or vehicle (n = /group). These data were used to generate the two-piece regression model in Figure I and J. () Energy expenditure in 57L/6J mice after a single i.p. injection of ( mg/kg) or vehicle (n = 6/group).

3 D WT/ND WT/KD KO//ND KO/KD Water intake (ml/g/day) ND Hepatic Fgf mrn (relative levels).5..5 ND Plasma (pg/ml) ND E F Hepatic Fgf mrn (relative levels) Plasma (pg/ml) on WD on WD Figure S, related to Figure, Figure. () Daily food intake in wild type (WT) and -knockout (KO) mice fed either a normal chow diet (ND) (n = 6/group) or ketogenic diet (KD) (n = /group). () Daily water intake (ml/g W) in 57L/6J mice fed either a normal chow diet (ND) or 8% high salt diet () (n = 6/group). Values are means ± SEM. p <. for ND vs. by Student s t-test. (, D) Hepatic Fgf mrn () and plasma concentrations (D) in 57L/6J mice fed a ND or for 7 days. In (), the Fgf QPR t value for the ND group is shown. (E, F) Hepatic Fgf mrn (E) and plasma concentrations (F) in ad libitum fed 57L/6J mice with either ad libitum access to water (ontrol) or hour water deprivation (WD) (n = 6/group). In (E), the Fgf QPR t value for the ND group is shown.

4 /F Klbamka/F /Veh Klbamka/Veh Veh 5 6 V ### fl/fl Klb Klbamka V V Klb m V 5 % ells with Klb V Klbamka MnPO 6 V OVLT c-fos signal intensity (a.u.) D % ells with Klb /F KlbPhoxb/F SFO p=. /Veh KlbPhoxb/Veh Klbamka V % ells with Klb. V 6 SFO Water intake (ml/g). 7 V V % ells with Klb.5 E Klbamka % ells with Klb MnPO Klbamka OVLT Klbamka KlbSim Figure S, related to Figure. () Daily food intake measured in control mice () and neuron-specific β-klotho-knockout Figure S mice (Klbamka) administered either vehicle (n = /group) or ( mg/kg/day; n = 5/group) by osmotic minipump. () Daily water intake (ml/g W) measured in and KlbPhoxb mice administered either vehicle or ( mg/kg/day) by osmotic minipump (n= 6/group). Values are means ± SEM. p <.5, p <., p <. for vehicle vs. groups.

5 () Representative RNscope images from, SFO, OVLT, and MnPO of Klb fl/fl and Klb amka mice (n=/group). Klb was stained with a red probe and hematoxylin was used for counter staining. V, third ventricle. RN signals were highlighted using the color threshold function in ImageJ. Scale bar = 5 µm. Quantification, which was performed blinded using single sections from each mouse, is shown on the right. Values are means ± SEM. p <.5 by Student s t-test. (D) Quantification of c-fos levels in in Figure F. Two or more sections were used from each mouse (n= mice/group), with quantification done blinded. Values are means ± SEM. p <. for Klb fl/fl + vehicle vs. Klb fl/fl + groups; ### p <. for Klb fl/fl + vs. Klb amka + groups by two-way NOV with Tukey's post hoc test. (E) Klb staining in sections by RNscope in Klb fl/fl and Klb Sim cre mice (n=5/group). RN signals were highlighted using the color threshold function in ImageJ. Scale bar = 5 µm. Quantification, which was performed blinded using single sections from each mouse, is shown on the right. Values are means ± SEM. p <.5 by Student s t-test.

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