CJC-1295 + Ipamorelin
Research vialGHRH analogue and secretagogue. GHRH increased slow-wave sleep in human sleep-lab studies, the one finding in this literature that maps onto a metric wearables try to estimate.
View product and certificate →LIFESTYLE · QUANTIFIED SELF
Research peptides for quantified-self & wearables in South Africa
The quantified-self community in South Africa runs on rings, watches, continuous glucose monitors and spreadsheets, and it reads the peptide literature through those metrics: does a compound show up in slow-wave sleep minutes, in overnight HRV, in a glucose trace, in a VO2 estimate? The literature sometimes answers, usually from a sleep lab or a mouse treadmill, and this page says which.
It takes the four metrics wearables measure well and maps the peptide research onto each: sleep architecture, autonomic tone, glucose handling and aerobic capacity. It is honest about the gap between a polysomnograph and a wrist sensor. It contains no protocols; the compounds are supplied for laboratory research only, and n-of-1 experimentation on oneself is not something the site supports or describes.
What this field's literature looks at
Sleep architecture is the metric with the best peptide literature. GHRH increased slow-wave sleep in human polysomnography studies in the early 1990s; VIP neurons of the suprachiasmatic nucleus set circadian timing in mice; Epitalon restored nocturnal melatonin rhythm in Russian cohorts. A wearable's sleep staging is an estimate from movement and heart rate, not EEG, which is the first thing a quantified-self reader should hold against the papers.
Autonomic tone has the thinnest literature: Selank's clinical anxiety studies measured scales, not HRV. Glucose handling is better: MOTS-c improved muscle glucose uptake and reversed diet-induced insulin resistance in mice, and the incretin and amylin compounds have large human trials with glucose endpoints, covered on their own pages. Aerobic capacity has MOTS-c's mouse treadmill work and the NAD+ and glutathione redox literature, measured in labs, not on wrists.
- Polysomnography versus wearable sleep staging
- Slow-wave sleep and GHRH
- Circadian timing and VIP
- HRV and the stress-neuropeptide literature
- Glucose handling in mouse metabolism
- VO2 and mitochondrial research
Compounds that recur in this literature
Research context only — what each compound has been studied for in published work, not what it does for anyone. Independently tested by Janoshik Analytical.
VIP
Research vialThe suprachiasmatic clock signal: mice lacking VIP signalling lose rhythmic sleep-wake timing. A circadian research tool.
View product and certificate →MOTS-c
Research vialMouse studies report improved muscle glucose uptake, reversal of diet-induced insulin resistance and increased running capacity; human plasma levels respond to exercise.
View product and certificate →Selank
Research vialClinical anxiety studies in Russia measured validated scales. No HRV endpoints, which is worth knowing before reading a forum claim.
View product and certificate →NAD+
Research vialThe coenzyme coupled to the circadian clock through SIRT1 and CLOCK in mice, with mixed human precursor-trial results on metabolic endpoints.
View product and certificate →Ordering in South Africa
Quantified-self readers are concentrated in Johannesburg, Pretoria and Cape Town, next business day and one to two days respectively from our Johannesburg hub with The Courier Guy. Weekday orders paid before noon dispatch the same afternoon in discreet, tracked packaging. A PUDO locker is selectable at checkout. Shipping is free over R2,500, and every product page links its Janoshik certificate and storage guidance.
Questions before ordering: WhatsApp 076 680 0306 or 072 926 7667. Delivery detail for your city: research peptides in Cape Town.
Questions quantified-self & wearables ask
Can a wearable detect a peptide's effect?
The literature was measured with polysomnography, blood assays and treadmills, not wrist sensors. We do not describe self-experimentation and the compounds are for laboratory research only.
Which metric has the best peptide literature?
Sleep architecture, through GHRH slow-wave sleep studies and VIP circadian work. HRV has almost none.
Where are the glucose-trial compounds?
The incretin and amylin compounds are listed with their own research pages describing the trial data.
What does the certificate cover?
Compound identity and HPLC purity on an independent Janoshik Analytical report.
RESEARCH SETS
Browse the Research Range
Educational content — not medical advice. All products supplied for research purposes only. Not for human consumption.