Bacteriostatic Water · 10 mLIDR 69.600RESEARCH PEPTIDE
DSIP 10 mg

DSIP 10 mg
DSIP is an exploratory neuropeptide studied at the intersection of slow-wave EEG activity, sleep signalling, and neuroendocrine regulation.
About this research category
Exploratory animal EEG and sleep-signalling research; not evidence that this product treats insomnia or improves sleep in people.
Labels describe study topics - not proven benefits, personal-use guidance or product compatibility.
Read the primary study ↗IDR 954.000
Line total: IDR 954.000
Available from local Bali stock
Eligible in-stock orders confirmed before 5 PM Bali time can receive same-day dispatch, subject to order confirmation and fulfilment arrangements.
Gojek delivery is arranged to your hotel, villa or other Bali destination. Confirm the address, receiving contact and handover window with the team in WhatsApp.
Check Bali delivery areas: Canggu, Seminyak, Ubud & wider Bali →For laboratory and scientific research only · not for human consumption.
Laboratory supplies
Need bacteriostatic water?
Add BAC water to your order if required by your laboratory protocol. Choose the size below; compatibility depends on your research requirements.
Compare bacteriostatic water in Bali: 3 mL & 10 mL →
Bacteriostatic Water · 10 mLIDR 69.600
Bacteriostatic Water · 3 mLIDR 40.000Optional add-on, not added automatically. BAC water does not count towards the peptide-vial discount threshold.
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- DSIP
- Strength
- 10 mg
- Category
- Research Peptides
- Purity
- ≥99.6% PURITY
- Use
- Laboratory and scientific research only
- Price
- IDR 954.000
- Availability
- 1 in stock
The power of exploratory sleep-signalling research.
DSIP is an exploratory neuropeptide studied at the intersection of slow-wave EEG activity, sleep signalling, and neuroendocrine regulation.
Research context
Early animal research linked this nonapeptide with changes in delta and spindle EEG activity. Because the evidence base remains limited, DSIP is best framed for exploratory sleep-architecture and neuroendocrine signalling models.
Research interests
- Delta- and spindle-wave EEG models
- Sleep-architecture signalling
- Neuroendocrine regulation


