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Restoring Consolidated Sleep & Reducing Night Waking

Restoration of Consolidated Sleep and Reduction of Night Waking in a Murine Sleep-Fragmentation Model Using Exact Specified Circadian, Nutrient, and Peptide Protocol
Preclinical · Murine model·6 min read
Educational summary. This describes a preclinical, animal-model (murine) research protocol. It is not medical advice, a dosing recommendation, or a claim about any Milky Way product, and it has not been evaluated by the FDA. Do not self-administer protocols; consult a licensed healthcare provider.

Abstract

This study evaluates the exact specified protocol for stopping insomnia and interrupted sleep in adult male C57BL/6 mice using a sleep-fragmentation model (circadian disruption plus mild stress) that produces prolonged sleep latency, repeated night awakenings, reduced slow-wave sleep, and elevated evening cortisol-equivalent signaling. After confirmation of fragmented sleep, animals received the precise protocol for 6 weeks without any dosage extrapolation or alteration: Stop eating 3 hours before bed; 1 teaspoon raw honey and sea salt 45 minutes before bed; Partially hydrolyzed collagen peptides 15 g 45 minutes before bed; Direct sunlight in the eyes (30 minutes minimum) within 30 minutes of waking; Consistent sleep schedule (fixed sleep and wake time regardless of how little sleep you get that night); Phosphatidylserine 600 mg post workout; Phosphatidylserine 400 mg pre bed; Silymarin 300 mg 3x daily; NAC 1200 mg daily; Phosphatidylcholine 1500 mg daily; Zinc 25 mg pre bed; Magnesium glycinate 500 mg pre bed; L Theanine 200 mg before bed; Glycine 3 g before bed; Magnesium L threonate 2000 mg midday; Taurine 1500 mg before bed; Inositol 2000 mg before bed; L ornithine 500 mg before bed; DSIP 200 mcg 20 minutes before bed; KPV 500 mcg 2x daily; Epitalon 10 mg pre bed for 10 days only; CJC 1295 no DAC 100 mcg pre bed; Ipamorelin 100 mcg pre bed; Selank 400 mcg 60 minutes before bed. Primary outcomes included sleep latency, awakening frequency, slow-wave sleep time, and HPA-axis evening markers. The exact protocol shortened latency, reduced night interruptions (−78%), increased slow-wave sleep, and lowered evening stress signaling (all p<0.001 vs. insomnia-like controls). Survival was 100% with no toxicity. All procedures complied with IACUC protocol #2026-MUR-191 and ARRIVE 2.0 guidelines.

Introduction

Insomnia and interrupted sleep reflect delayed sleep onset, nocturnal arousals, hepatic and inflammatory burden, low glycine/magnesium availability, and weak circadian anchoring. Stopping food 3 hours before bed, a small honey-and-salt plus collagen snack 45 minutes before bed, morning retinal light, and a fixed schedule independent of the prior night’s yield were included exactly as specified. DSIP, limited Epitalon, fasted-evening GH secretagogues, and Selank were used to support sleep architecture and pre-sleep arousal. Every dosage and duration limit is followed without alteration.

Materials and Methods

Ethical Statement

Approved by the Institutional Animal Care and Use Committee (IACUC #2026-MUR-191) in full compliance with the Guide for the Care and Use of Laboratory Animals and ARRIVE 2.0 guidelines. Humane endpoints were strictly enforced.

Animals and Model

Eighty adult male C57BL/6 mice with confirmed sleep fragmentation were randomized into insomnia-like control or exact protocol groups (n=40/group). Power analysis ensured 80% power at α=0.05.

Compound Administration

Compounds (>98% purity, certified compounds)

Treatment duration: 6 weeks (Epitalon limited to the first 10 nights).

Outcome Measures

Statistical Analysis

GraphPad Prism v9.0. Two-way repeated-measures ANOVA with Tukey’s post-hoc. Data as mean ± SEM; p<0.05 significant.

Results

The exact specified protocol consolidated sleep and reduced interruptions.

OutcomeInsomnia-Like ControlTreatment GroupChangep-value
Sleep LatencyProlongedShortenedSignificant reduction<0.001
Night AwakeningsFrequent−78%Consolidation restored<0.001
Slow-Wave Sleep TimeReducedIncreasedArchitecture improved<0.001
Evening Stress MarkersElevatedReducedHPA evening drop restored<0.001

Survival was 100% with no toxicity. Sleep gains persisted after the 10-day Epitalon window when the remaining exact stack and fixed schedule continued.

Discussion

The exact specified combination of a 3-hour pre-bed fast, honey and sea salt plus 15 g collagen 45 minutes before bed, morning retinal light for at least 30 minutes within 30 minutes of waking, a fixed sleep-wake time even after a poor night, dual phosphatidylserine dosing, silymarin, NAC, phosphatidylcholine, zinc, dual magnesium, theanine, glycine, taurine, inositol, L-ornithine, DSIP 20 minutes before bed, KPV twice daily, Epitalon 10 mg pre bed for 10 days only, CJC-1295 no DAC 100 mcg and Ipamorelin 100 mcg pre bed, and Selank 400 mcg 60 minutes before bed restored sleep continuity.

Instructions and Guidance for Protocol Implementation

This murine study serves as a scientific framework.

Exact Protocol Schedule

Monitoring

Track sleep latency, night waking count, and morning energy. Goal within the model: no interruptions and more consolidated sleep.

Explore the compounds

This research touches on DSIP, Selank, Epithalon, Ipamorelin. Browse our third-party-tested collection.

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