BPC-157
Research vialThe compound patients ask about most and the clearest teaching case: a large rodent literature on tendon, ligament, muscle and gut repair, with almost no human trial data.
View product and certificate →LABS & ACADEMIA · MEDICINE
Research peptides for medical students in South Africa
Medical students in South Africa will be asked about peptides on the wards before they graduate, by patients who have read more forum posts than the student has read papers. The honest answer requires knowing the physiology underneath the names and the point at which each compound's evidence stops.
This page is that preparation. It places the research-peptide literature on physiology the curriculum already teaches, the GH/IGF-1 axis, wound healing, the HPG axis, mitochondrial bioenergetics, neurotrophins, and grades each compound's evidence from mouse to phase 3. It contains no clinical guidance and no dosing; compounds are supplied for laboratory research only.
What this field's literature looks at
Start with what the curriculum covers. The GH/IGF-1 axis explains GHRH analogues and secretagogues, including the sleep-lab finding that GHRH increases slow-wave sleep. Wound-healing physiology explains why BPC-157 and thymosin β4 are studied in rodent repair models and why angiogenesis and fibroblast migration are the endpoints. The HPG axis explains the gonadotropin and kisspeptin literature, which has its own research hub. Mitochondrial bioenergetics explains SS-31 and MOTS-c; neurotrophin biology explains Semax and Cerebrolysin.
Then grade. Phase 3 and regulatory approval: SS-31 in Barth syndrome, the incretin compounds in obesity trials. Randomised trials: Cerebrolysin in dementia and stroke; GHK-Cu in dermal collagen. Clinical cohorts from one tradition: Semax, Selank, Epitalon. Rodent and tissue models only: BPC-157, TB-500, KPV, MOTS-c. A student who can explain to a patient that BPC-157's evidence is almost entirely from rats has given a better answer than most of the internet.
- GH/IGF-1 axis and slow-wave sleep
- Wound-healing physiology and repair models
- HPG axis and gonadotropin research
- Mitochondrial bioenergetics
- Neurotrophins and neuroprotection trials
- Evidence ladder from rodent to phase 3
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.
Cerebrolysin
Research vialA neurotrophic peptide preparation with randomised trials in vascular dementia, Alzheimer's disease, stroke and TBI. An example of substantial but mixed human evidence.
View product and certificate →SS-31
Research vialThe cardiolipin-binding peptide that reached US accelerated approval in 2025 for a rare mitochondrial disease: the research peptide that became a medicine.
View product and certificate →Ipamorelin
Research vialA selective ghrelin-receptor agonist and a clean illustration of GH-axis pharmacology, including a phase 2 trial for post-operative ileus.
View product and certificate →GHK-Cu
Research vialCopper peptide with controlled human trials on dermal collagen and elastin, and gene-expression work. The best human evidence in the cosmetic-peptide literature.
View product and certificate →Ordering in South Africa
Medical schools in Johannesburg, Pretoria, Cape Town, Stellenbosch, Durban, Bloemfontein, Mthatha and Polokwane are all served from our Johannesburg hub by The Courier Guy in one to three business days, tracked throughout. Weekday orders paid before noon dispatch the same afternoon. Students in residence can collect from a PUDO locker selected at checkout. Shipping is free over R2,500 and each compound's Janoshik certificate is linked from its product page.
Questions before ordering: WhatsApp 076 680 0306 or 072 926 7667. Delivery detail for your city: research peptides in Cape Town.
Questions medical students ask
What should I tell a patient who asks about BPC-157?
That the evidence is from animal models, that there are almost no human trials, and that it is supplied in South Africa for laboratory research only. Point them to graded sources.
Are any research peptides approved medicines?
Some, somewhere: SS-31 in the US under accelerated approval, Semax and Selank in Russia, Cerebrolysin in several countries. Approval status varies by jurisdiction.
Is this page clinical guidance?
No. It is a reading map for the physiology and evidence behind the names. Nothing here is for a patient.
What does the certificate state?
Compound identity and HPLC purity on an independent Janoshik Analytical report.
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Educational content — not medical advice. All products supplied for research purposes only. Not for human consumption.