BPC-157 / TB-500 Blend
A pre-mixed combo of two popular healing peptides so researchers can study repair and cell movement together easily.
What Researchers Study
This is a convenient blend that puts BPC-157 and TB-500 together in one vial (usually 10 mg of each). Researchers like it because the two peptides appear to support different parts of the healing process. BPC-157 is more about protecting tissue and growing blood vessels, while TB-500 helps cells physically move to the injury. Having them pre-mixed removes one source of error in the lab.
Primary Research Applications
- Studies that want to look at both protection and cell movement at the same time
- Tendon and ligament injury models
- Healing after simulated surgery or trauma
- Experiments that compare the blend versus using each peptide alone
Benefits Researchers Are Exploring (in simple terms)
- Combines gut/tissue protection (BPC) with improved cell migration (TB-500) in one product.
- Many labs report good results on tendon and muscle repair when both pathways are supported together.
- Convenient — no need to mix two separate vials, which reduces chance of dosing mistakes.
- Allows researchers to run cleaner comparison studies (blend vs single peptides).
- Popular in longer 4-8 week soft tissue repair protocols.
Mechanisms Under Investigation
Two Different Jobs
BPC-157 focuses on protecting cells and encouraging new blood vessels. TB-500 focuses on helping the cell skeleton reorganize so cells can travel to the damage site.
Easier Experiments
Because the ratio is already set in the vial, every dose has the same balance of both peptides.
Possible Teamwork
Researchers test whether the combination gives better overall repair markers than either peptide by itself.
Reconstitution Reference (how to mix it for lab use)
| Common vial size | 20 mg total (10 mg BPC-157 + 10 mg TB-500) |
| Reconstitution | Add 2-4 mL bacteriostatic water. This gives 5-10 mg of total blend per mL. |
| Storage | Freeze the dry powder. Once mixed, refrigerate and use within a few weeks. |
| Tip | Many researchers divide the mixed solution into small single-use tubes so they do not keep thawing the whole vial. |
Dosing Schedule Options from Research
Example Options Used in Studies
- Popular 4-8 week protocol: Draw **10-14 units BPC (250-350 mcg) + 80-200 units TB (2-5 mg)** on 100-unit syringe per week (TB often split). Use blend vial reconstitution to ~2.5-5 mg/mL per component.
- Daily blend approach: Draw **8-12 units total** (200-300 mcg blend) per day for shorter studies.
- Higher loading: First 1-2 weeks higher (e.g. 20 units BPC + 200-320 units TB per week), then reduce.
- Research model reference: Fixed dosing in laboratory tissue repair studies, often daily or every other day for 10-28 days at standard concentration.
100-Unit Insulin Syringe Conversion Chart
Reconstitution used for these calculations: For blend: Reconstitute per vial instructions, e.g. 20 mg total blend + 4-8 mL BAC for 2.5-5 mg/mL total. Verify concentration.
Important: We have already done all the math for you. U-100 insulin syringes are marked in "units" (100 units = 1 mL). Just draw the exact number of units listed below for each dose. No calculations required on your end.
| Dose (mg) | Units on 100-unit syringe (pre-calculated) |
|---|---|
| 250 mcg BPC + 2.5 mg TB weekly split | 10 units BPC + 100 units TB per dose |
| 350 mcg BPC + 5 mg TB | 14 units BPC + 200 units TB per dose |
| 200-300 mcg total daily blend | 8-12 units total per day |
These unit amounts assume the exact concentration listed above. Always double-check your own reconstitution volume against the chart.
Safe Research Cycle Guidelines
Example Cycle References from Research Literature
- Typical research cycle: 4-8 weeks on at combined doses, minimum 4 weeks off before repeat.
- Loading: 1-2 weeks higher, then maintenance, with recovery.
- Key: Use approved protocols.
Research Notes
The blend is popular precisely because it is convenient and lets researchers target two different repair mechanisms without extra mixing steps. Many published combination studies use this 1:1 ratio.
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