1,8 1,6 1,4 1,2 1. EE/g lean mass 0,8 0,6 0,4 0,2. Ambulatory locomotor activity. (beam brakes/48h) V MCH MCHpf 0,86 0,85 0,84 0,83 0,82 0,81 0,8
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1 Supplementary figure 1 vehicle A -pf Energy expenditure (kcal/kg/48h) V pf EE/g lean mass 1,8 1,6 1,4 1,2 1,8,6,4,2 Total locomotor activity (beam brakes/48h) C D E V pf Ambulatory locomotor activity (beam brakes/48h) V pf Fine locomotor activity (beam brakes/48h) V pf F RQ (vco 2 /vo 2 light phase),82,81,8,79,78,77,76,75,74,73,72 G RQ (vco 2 /vo 2 dark phase),86,85,84,83,82,81,8,79,78,77,76
2 Supplementary figure 2 vehicle A -pf V pf 12 3,5 UCP-1 AT protein levels (arbitrary units) AT mrna levels (arbitrary units) 3 2,5 2 1,5 1,5 UCP-1 PGC1α PPARα
3 Supplementary figure 3 vehicle WAT mrna levels (arbitrary units) 3,5 3 2,5 2 1,5 1,5 SCD-1 LPL CPT-1 PLIN LIPIN SREP1 1,6 1,4 1,2 1,8,6,4,2 -pf
4 Supplementary figure 4 vehicle Serum FFA (mg/dl) pf
5 Supplementary figure 5 vehicle A Fecal output (g) Faecal TG content (µg/g feces) ad lib -pf
6 Supplementary figure 6 vehicle A Cumulative food intake (g) ody weight gain (g) C WAT mrna levels (arbitrary units) 1,4 1,2 1,8,6,4,2 LPL D V pjnk1 E WAT protein levels (arbitrary units) pjnk1 F V pampk pacc G Liver protein levels (arbitrary units) pampk pacc
7 Supplementary figure 7 vehicle A ad lib -pf Cumulative food intake (g) ody weight gain (g) C 14 V pf WAT protein levels (arbitrary units) D V pf pampk Liver protein levels (arbitrary units) pampk
8 A 2 Supplementary figure 8 aseline 4 th hr (ug) V 5 1 WAT SNA (volts) sec WAT SNA (%) C WAT SNA (%) Time (min) Afferent Efferent
9 Supplementary figure 9 A Sham VGX Cumulative food intake (g) SHAM VGX C ody weight gain (g) SHAM VGX Sham/Vehicle Sham/ VGX/Vehicle VGX/ D V VGX phsl pjnk WAT protein levels (arbitrary units) VGX/Vehicle VGX/ phsl pjnk
10 Supplementary figure 1 A V JNK1 -/- WAT protein levels (arbitrary units) JNK KO veh JNK KO 2 C D 15 2,5 Cumulative food intake (g) ody weight gain 6 days (% to vehicle) 2 1,5 1,5 -,5-1 -1,5 WAT protein levels (arbitrary units) V vehicle + SP6125 +SP
11 Supplementary figure 11 A Daily ody weight gain (g) (days) GFP -R Daily food intake (g) (days) C Daily ody weight gain (g) (days) D Daily food intake (g) (days)
12 Supplementary figure 12 A ARC LHA % Success 62,5% 87,5% GFP Immuno/GFP- Virus GFP Immuno/GFP- Virus GFP Inmuno/GFP-Virus GFP Inmuno/GFP-Virus ARC ARC LHA LHA SAL ARC Ad -R GFP -R phsl pjnk JNK1 WAT protein levels (arbitrary units) SAL GFP -R 4 2 Ad -R Ad -R Ad -R Ad -R ACC pjnk/jnk phsl Ad -R C LHA 18 SAL GFP SAL Ad -R GFP -R ACC phsl WAT protein levels (arbitrary units) Ad -R Ad -R Ad -R Ad -R -R ACC phsl
13 Supplementary figure 13 A Cumulative food intake (g) Cumulative food intake (g) Ad GFP Ad -R 4 (days) 35 ody weight gain (g) ody weight gain (g) 5 (days) C Cumulative food intake (g) (days) ody weight gain (g) ody weight gain (g) Cumulative food intake (g) D (days)
14 A Supplementary figure 14 ARC -R perk -R/pERK 1 μm 1 μm 1 μm LHA -R perk -R/pERK 5 μm 5 μm 5 μm C C-FOS (Ad GFP) C-FOS (Ad -R) ARC C-FOS(Ad GFP) 1 μm ARC 1 μm C-FOS(Ad -R) LHA 1 mm LHA 1 mm
15 Supplementary figure 15 A C VMH Ad GFP VMH ody weight gain (g) Cumulative food intake (g) Ad GFP Ad -R D Ad GFP Ad -R pampk pacc ACC LPL Liver protein levels (arbitrary units) pampk pacc ACC LPL E 14 GFP -R ACC phsl WAT protein levels (arbitrary units) ACC phsl
16 Supplementary figure 16 -ARC-WAT -LH-LIVER LHA PVH PVH LHA LHA PVH PVH LHA DMH DMH DMH DMH VMH VMH VMH VMH SNS PSNS TG synthesis Lipid oxidation TG synthesis TG uptake Lipid oxidation pjnk1 pampk pacc pjnk1 LPL LIPID STORAGE LIPOLYSIS LIPID STORAGE LIPID UPTAKE Adipocyte Hepatocyte ALTERATION IN NUTRIENT PARTITIONING FAT STORAGE Changes dependent of food intake ODY WEIGHT
17 Supplementary Figure 1. Effect of a 7-day ICV (1 µg/day) infusion on (A) energy expenditure, () energy expenditure corrected by grams of lean mass, (C) total locomotor activity, (D) ambulatory locomotor activity, and (E) fine locomotor activity and RQ during (F) light and (G) dark phases. Energy expenditure, locomotor activity, and RQ were measured over the last 2 days of the experiment during the light (white bars) and dark (grey bars) phase. Values are mean ± standard error of the mean of 7 8 animals per group. Supplementary Figure 2. Effect of a 7-day ICV (1 µg/day) infusion on (A) brown adipose tissue (AT) protein levels of uncoupling protein-1 (UCP-1) and () AT messenger RNA (mrna) expression of peroxisome proliferator-activated receptor γ co-activator-1-α (PGC1α) and peroxisome proliferator-activated α receptor (PPARα). Data are presented as values normalized to 18S, which was used as a housekeeping gene. was used to normalize protein levels. Values are mean ± standard error of the mean of 7 8 animals per group. Supplementary Figure 3. Effect of a 7-day ICV (1 µg/day) infusion on epididymal WAT messenger RNA (mrna) expression of,, SCD-1, LPL, CPT-1, PLIN, lipin, and SREP1. Data are presented as values normalized to 18S, which was used as a housekeeping gene. Values are mean ± standard error of the mean of 7 8 animals per group. P <.5, P <.1, and P <.1 vs controls. Supplementary Figure 4. Effect of a 7-day ICV (1 µg/day) infusion on serum FFA. Values are mean ± standard error of the mean of 7 8 animals per group. P <.1 vs controls.
18 Supplementary Figure 5. Effect of a 7-day ICV (1 µg/day) infusion on (A) fecal output and () fecal TG content. Values are mean ± standard error of the mean of 7 8 animals per group. P <.1 and P <.1 vs controls. Supplementary Figure 6. Effect of a 7-day subcutaneous (1 µg/day) infusion on (A) cumulative food intake and () body weight gain. (C) Effect of a 7-day subcutaneous (1 µg/day) infusion on epididymal WAT messenger RNA (mrna) expression of,, and LPL. (D and E) Effect of a 7-day subcutaneous (1 µg/day) infusion on WAT protein levels of,,, and pjnk1. (F and G) Effect of a 7-day subcutaneous (1 µg/day) infusion on liver protein levels of pampk, pacc, and. Data are presented as values normalized to 18S, which was used as a housekeeping gene relative to controls and β- actin, which was used to normalize protein levels. Values are mean ± standard error of the mean of 7 8 animals per group. Supplementary Figure 7. Effect of a 7-day intravenous (1 µg/day) infusion on (A) cumulative food intake and () body weight gain. (C) Effect of a 7-day intravenous (1 µg/day) infusion on epididymal WAT protein levels of and. (D) Effect of a 7-day intravenous (1 µg/day) infusion on liver protein levels of pampk and. Data are presented as values normalized to. Values are mean ± standard error of the mean of 7 8 animals per group. P <.5 and P <.1 vs controls.
19 Supplementary Figure 8. (A and ) Effect of ICV administration of on SNA subserving epididymal WAT in anesthetized rats. (C) Effect of ICV administration on the afferent and efferent nerve activity. Supplementary Figure 9. (A) Representative picture of the stomach from sham and VGX rats. Effect of a 7-day ICV (1 µg/day) infusion on () cumulative food intake and (C) body weight gain in sham-operated rats and VGX rats. (D) Effect of a 7-day ICV (1 µg/day) infusion on epididymal WAT protein levels of, phsl,,, and pjnk in VGX rats. Values are mean ± standard error of the mean of 6 8 animals per group. P <.5 vs controls. Supplementary Figure 1. (A) Effect of a 7-day ICV (2.5 µg/day) infusion on WAT protein levels of in JNK1 KO mice. Effect of a 6-day ICV (2.5 µg/day) infusion + IP SP6125 (JNK inhibitor) treatment on () cumulative food intake, (C) body weight gain, and (D) WAT protein levels of. was used to normalize protein levels. Values are mean ± standard error of the mean of 6 8 animals per group. P <.5 and P <.1 vs controls. Supplementary Figure 11. (A) Daily body weight change and () cumulative food intake in rats treated stereotaxically with a GFP- (red) or -R expressing adenovirus (blue) in the ARC. (C) Daily body weight change and (D) cumulative food intake in rats treated stereotaxically with a GFP- (red) or -R expressing adenovirus (blue) in the LHA.
20 Supplementary Figure 12. (A) Rate of success reaching the ARC and LHA after the injection of the adenoviral vectors, and representative photographs of a correct injection vs an incorrect injection site. () Protein level profiles in WAT after a 7-day infusion of saline (white) or (6 µg/day) (black) specifically into the ARC and rats treated stereotaxically with a GFP- (red) or -R expressing adenovirus (blue) in the ARC. (C) Protein level profiles in WAT after a 7- day infusion of saline (white) or (6 µg/day) (black) specifically into the LHA and rats treated stereotaxically with a GFP- (red) or a -R expressing adenovirus (blue) in the LHA. Supplementary Figure 13. (A) Cumulative food intake and () body weight gain of rats treated stereotaxically with a GFP- (red) or a -R expressing adenovirus (blue) that failed to reach the ARC. (C) Cumulative food intake and (D) body weight gain of rats treated stereotaxically with a GFP- (red) or a -R expressing adenovirus (blue) that failed to reach the LHA. Supplementary Figure 14. (A) Double immunohistochemistry showing -R and perk coexpression in the ARC. () Double immunohistochemistry showing -R and perk coexpression in the LHA. (C) Immunofluorescence of c-fos in rats treated stereotaxically with a GFP- (left) or -R expressing adenovirus (right) in the ARC and the LHA. Supplementary Figure 15. (A) Localization studies showing the coordinates used for a unilateral stereotaxic microinjection of adenoviral expression vectors and GFP immunofluorescence in the VMH. () ody weight change, (C) cumulative food intake, and protein level profiles in (D) liver and (E) WAT of rats treated stereotaxically with a GFP- (red) or -R expressing adenovirus (blue) in the VMH. was used to normalize protein
21 levels. It is important to note that this figure oversimplifies the protocol because injections were given bilaterally. Values are mean ± standard error of the mean of 7 8 animals per group. P <.5, P <.1, and P <.1 vs controls. Supplementary Figure 16. Schematic overview summarizing the physiological effects of CNS on peripheral tissues. Activation of -R in the ARC increases TG synthesis and decreases lipid oxidation in fat tissue. Activation of -R in the LHA increases TG synthesis and uptake in liver. Combined, these parallel metabolic changes in multiple tissues represent a synergistic shift in substrate choice and nutrient partitioning, resulting in increased energy storage independent of feeding behavior and energy expenditure.
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SUPPLEMENTARY DATA Supplementary Figure 1 a b c PF %Change - -4-6 Body weight Lean mass Body fat Tissue weight (g).4.3.2.1. PF GC iwat awat BAT PF d e f g week 2 week 3 NEFA (mmol/l) 1..5. PF phsl (Ser565)
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body weight (g) tissue weights (mg) ATGL protein expression (relative to GAPDH) HSL protein expression (relative to GAPDH) ### # # kda ATGL 55 HSL 82 GAPDH 37 2.5 2. 1.5 1..5 2. 1.5 1..5.. Supplementary
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