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Antisauvagine 30

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Antisauvagine-30 is a selective antagonist of the type 2 corticotropin-releasing factor (CRF2) receptor. It is a synthetic peptide that binds to and inhibits the activity of the CRF2 receptor, which plays a role in the regulation of stress responses and other physiological processes.

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5 protocols using antisauvagine 30

1

Chronic Modulation of CRHR Signaling in Mice

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Osmotic minipumps (ALZET®, Model 1002, Charles River) were implanted subcutaneously into pregnant or non-pregnant mice to chronically administer test agents. Surgical implantation of osmotic minipumps was carried out on day 7 of pregnancy (or equivalent time interval for non-pregnant mice) under isoflurane anaesthesia (Isothesia®, Henry Schein®). Minipumps were loaded with physiological saline, non-specific CRHR antagonist (α-helical CRF9–41, 1 mg/ml, Tocris) or receptor-specific CRHR antagonists, antalarmin hydrochloride (1 mg/mL, Tocris) or antisauvagine-30 (3 mg/mL, Tocris) for CRHR1 and R2, respectively. Test agents were delivered at a rate of 0.25 µL/h for a total period of 11 days. Assessment of glucose tolerance and insulin tolerance were conducted on gestational days 16 and 18, respectively.
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2

Investigating CRF and 5-HT2R Interactions

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2,5-Dimethoxy-4-iodoamphetamine, H-89, Forskolin and BIS were obtained from Sigma-Aldrich Co., St. Louis, MO, USA. CRF, antisauvagine-30 and antalarmin were obtained from Tocris Biosciences, Ellisville, MO, USA. Tat-CRFR1-CT peptide was obtained from CanPeptide, Inc., Pointe-claire, QC, Canada. The Tat-CRFR1-CT sequence used was YGRKKRRQRR-PTRVSFHSIKQSTAV. This peptide has been shown previously to prevent the functional synergism between CRFR1 and 5-HT2Rs (Magalhaes et al., 2010 (link)). Di-4-ANEPPS stock solution was prepared in alcohol and cremophore-EL solution which can be stored at 4°C for 2 months. FBS and ACSF were added on the day of experiment. CRF stock was dissolved in HBSS and milli-Q water mixture. DOI was prepared in alcohol and Milli-Q water. Forskolin, H-89, BIS, antalarmin, antisauvagine-30, and PMA stock solutions were prepared in dimethyl sulfoxide (DMSO). All the stock solutions were made 1000 times more concentrated than working concentrations.
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3

Nicotine and CRF Receptor Modulation

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Nicotine and control drinking solutions were prepared from nicotine hydrogen tartrate or L-tartaric acid (Sigma-Aldrich), which were dissolved in tap water with the concentrations of 200 µg ml−1 and 300 µg ml−1, respectively. Saccharin sodium (Fisher Scientific) was added at a concentration of 3 mg ml−1 to each solution to sweeten the taste. Nicotine doses are reported as nicotine free base. For brain infusion, nicotine (50 ng µl−1), mecamylamine hydrochloride (2 µg µl−1), AP5 (0.2 µg µl−1), CRF (0.1 µg µl−1, Sigma-Aldrich), and antisauvagine-30 (1 µg µl−1, Tocris Bioscience) were dissolved in sterile saline. Antalarmin hydrochloride (Tocris Bioscience) was dissolved in 5 % DMSO and 95 % sterile saline (1 µg µl−1). Infusion concentrations and amounts for nicotine51 (link), mecamylamine11 (link), AP552 (link),53 (link), CRF54 (link), antalarmin55 (link) and antisauvagine-3056 (link) were chosen based on previously published studies. On the test day, the CRF1 antagonist antalarmin or the CRF2 antagonist antisauvagine-30 was administered 40 min before behavioral testing while mecamylamine was administered 25 min before behavioral testing. CRF and nicotine were administered 10 min before behavioral testing. Lipophilic Tracer DiI (D282, Molecular Probe, Invitrogen, 5 mg ml−1 in ethanol) was used to locate the site of brain infusion.
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4

Nicotine and CRF Receptor Modulation

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Nicotine and control drinking solutions were prepared from nicotine hydrogen tartrate or L-tartaric acid (Sigma-Aldrich), which were dissolved in tap water with the concentrations of 200 µg ml−1 and 300 µg ml−1, respectively. Saccharin sodium (Fisher Scientific) was added at a concentration of 3 mg ml−1 to each solution to sweeten the taste. Nicotine doses are reported as nicotine free base. For brain infusion, nicotine (50 ng µl−1), mecamylamine hydrochloride (2 µg µl−1), AP5 (0.2 µg µl−1), CRF (0.1 µg µl−1, Sigma-Aldrich), and antisauvagine-30 (1 µg µl−1, Tocris Bioscience) were dissolved in sterile saline. Antalarmin hydrochloride (Tocris Bioscience) was dissolved in 5 % DMSO and 95 % sterile saline (1 µg µl−1). Infusion concentrations and amounts for nicotine51 (link), mecamylamine11 (link), AP552 (link),53 (link), CRF54 (link), antalarmin55 (link) and antisauvagine-3056 (link) were chosen based on previously published studies. On the test day, the CRF1 antagonist antalarmin or the CRF2 antagonist antisauvagine-30 was administered 40 min before behavioral testing while mecamylamine was administered 25 min before behavioral testing. CRF and nicotine were administered 10 min before behavioral testing. Lipophilic Tracer DiI (D282, Molecular Probe, Invitrogen, 5 mg ml−1 in ethanol) was used to locate the site of brain infusion.
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5

VacA-Induced Behavioral Effects and CRF Receptor Antagonism

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Drug administration began between 8:30 and 9:30 a.m. VacA at doses of 3 and 30 nmol/kg bw in 100 µl of Tris-buffered saline (TBS) (60 mM Tris-HCl buffer, pH 7.7, containing 0.1 M NaCl) or TBS alone as the vehicle was IP administered to mice. VacA at doses of 0.06, 0.18, and 0.6 pmol/kg bw in 2 µl of ACSF or ACSF alone as the vehicle was administered via the ICV route to mice. To assess the contribution of the CRF receptors to VacA-induced behaviors, the mice were administered the CRF2 receptor antagonist antisauvagine-30 at a dose of 120 nmol/kg bw (Tocris Bioscience, Abingdon, UK) in 2 µl of ACSF, the CRF1 receptor antagonist NBI27914 at a dose of 400 nmol/kg bw (Tocris Bioscience) in 2 µl of a mixture of 80% dimethyl sulfoxide and 20% ACSF53 (link), or each vehicle control alone via the ICV route 5 min after the ICV administration of VacA. In chronic ICV-administered male Sprague-Dawley rats, VacA in ACSF was infused via the ICV route at a dose of 0.12 pmol/day.
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