WHY STRIPS
A better format for modern routines.
Every HELIX formula is cast as a thin dissolvable film and sealed into its own sachet — nothing to mix, measure, or prepare.
DEFINITION
What a dissolvable peptide strip is
A peptide strip is a pre-portioned dissolvable thin film that carries a defined quantity of a research compound within a solid film matrix. Rather than supplying the compound as a lyophilised powder to be reconstituted, the compound is incorporated into a film that is cast, dried, cut to a fixed geometry and sealed individually.
The format changes how research material is portioned, handled and documented. It is not a claim about how a compound behaves. HELIX strips are supplied for laboratory research use only.
- Thin film
- A solid film only a fraction of a millimetre thick, formed from film-forming polymers and excipients rather than compressed powder.
- Pre-portioned
- The quantity carried by a strip is fixed during formulation by the cast sheet and the cut geometry, not measured at the point of use.
- Individually sealed
- Each strip is enclosed in its own foil sachet, which shields the film from moisture, light and handling before it is opened.
- Batch documented
- Each film lot is traceable to a synthesis batch and a certificate of analysis describing identity and purity.
FORMAT
A simpler way to take peptides.
Individually packaged dissolvable strips designed for convenience, consistency, and modern routines.
No mixing
No preparation or additional supplies.
Individually sealed
Each strip is protected inside its own sachet.
Travel-ready
Compact packaging designed for convenient storage.
Water-free format
No water, mixing, or additional supplies required.
THIN-FILM TECHNOLOGY
How a thin-film research strip is made
01
Formulation
The research compound is dispersed into a film-forming matrix. Matrix composition governs how the film casts, dries and holds its shape.
02
Casting
The formulation is cast as a continuous sheet to a controlled target thickness — the variable that most directly determines uniformity across the sheet.
03
Drying
Residual solvent is removed under controlled conditions so the finished film reaches a stable, handleable solid state.
04
Cutting and sealing
The dried sheet is cut to a fixed strip geometry and each strip is sealed into an individual foil sachet with its batch identity retained.
Film uniformity, matrix composition and moisture protection are the formulation variables that matter most in this format. Analytical identity and purity are established separately, per batch.
STRIP TECHNOLOGY
Simple by design.
01 — SEALED
Every strip is sealed inside its own protective sachet.
02 — FILM
A thin dissolvable film cast to a controlled target specification.
03 — PORTIONED
A precision-portioned active layer, strip to strip.
TECHNOLOGY
Engineered as a dissolvable film.
- 01Thin-film format
- 02Precision-portioned
- 03Individually sealed
- 04Water-free dissolvable matrix
WORKFLOW
Pre-portioned film vs reconstituted vial
| CONSIDERATION | Lyophilised vial | Dissolvable strip |
|---|---|---|
| Point of portioning | At the bench, by diluent volume | At formulation, by cut area |
| Preparation steps | Reconstitute, mix, hold, withdraw | Open the sachet |
| Consumables required | Diluent, syringes, sharps handling | None beyond the sachet |
| Traceability unit | Vial lot | Film lot, matched per sachet |
A fuller comparison — including injectable preparations, storage and batch traceability — is set out in injectable vs dissolvable research formats.
Scope and limitations
Different formulation and delivery formats should not be assumed to have equivalent bioavailability, pharmacokinetics, stability or research outcomes. Those properties are specific to a compound, a formulation and an experimental model, and require appropriate supporting data.
Everything described on this page concerns physical format, preparation workflow, handling and documentation. HELIX materials are supplied for laboratory research use only, are not medical products, and are not for human or veterinary use. No dosing or usage instructions are provided.
LEARN MORE ABOUT THE FORMAT
What Are Peptide Strips?
The physical format, how units are pre-portioned, and what the format does not establish.
What Is Thin-Film Technology?
Film matrix, polymers, solvent casting, drying, cutting and packaging.
Peptide Strips vs Research Vials
An objective side-by-side comparison of supply, preparation and traceability.
Non-Injectable Formats in Peptide Research
The non-injectable research format landscape and the barriers it does not remove.
