Mod GRF, GHRP-2 10mg (Blend)

95 $

Category: Peptide Blends

Description
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Amplified GH Release. High-Peak Potency. Two Peptides. One Vial.

verified peptides You’ve researched growth hormone secretagogues. You know that GHRH analogs and GHRPs work better together than apart. But not all combinations are the same.

If your research protocol demands maximum GH peak amplitude — the highest possible spike in growth hormone levels — this is your blend.

The Mod GRF, GHRP-2 10mg (Blend) combines:

Mod GRF (Modified GRF / CJC-1295 No DAC) for GH pulse amplification
GHRP-2 (Pralmorelin) for high-potency GH initiation

This is the most potent two-peptide GH secretagogue stack available. If you want to study high-amplitude GH pulses, this is your tool.

Let’s break down the verified peptides behind this powerful combination.

What’s Actually in the Vial?

Straight facts. No mystery fillers.

Component	Amount	Role
Mod GRF (Modified GRF / CJC-1295 No DAC)	5mg	GHRH analog → amplifies GH pulse
GHRP-2 (Pralmorelin)	5mg	Potent GHRP → initiates high-peak GH release
Total	10mg	1:1 ratio

Lyophilized powder. Sterile. ≥99% purity. Third-party tested. Vacuum-sealed amber glass vial.

Two peptides. One vial. Balanced 1:1 ratio.

That’s potent peptide science.

Why This Blend? (The Enthusiast Take)

You could buy Mod GRF and GHRP-2 separately. Many researchers do. But here’s why the blend makes sense — especially for high-amplitude GH research.

Mod GRF (Modified GRF / CJC-1295 No DAC) works on the GHRH receptor. It amplifies the natural growth hormone pulse your body already produces. Think of it as turning up the volume on your body’s GH signal.

GHRP-2 is the most potent GHRP milligram for milligram — about 2-3x stronger than GHRP-6. It directly stimulates the pituitary to release stored growth hormone and overcomes somatostatin’s natural inhibition.

Together: GHRP-2 initiates a sharp, high-amplitude GH spike. Mod GRF amplifies that spike even further. The result is the highest possible GH pulse from a two-peptide secretagogue stack.

Why Mod GRF (No DAC) instead of CJC with DAC? DAC (Drug Affinity Complex) extends half-life to days, which flattens natural GH pulsatility. Mod GRF (No DAC) means a sharp pulse followed by clean return to baseline — ideal for studying peak amplitude.

Why GHRP-2 over other GHRPs? GHRP-2 is the most potent option. If your research question is about maximum GH output, GHRP-2 is your answer.

That’s not speculation. That’s published verified peptides

The Technical Expert Breakdown (Still Friendly)

For those who want mechanisms without the lecture:

Mod GRF (Modified GRF / CJC-1295 No DAC) – GHRH analog

Also known as CJC-1295 without Drug Affinity Complex
Binds to GHRH receptors on pituitary somatotrophs
Amplifies amplitude of endogenous GH pulses
No DAC = ~30-minute half-life → clean pulsatile release
Does not interfere with natural GH feedback loops
Synergizes with any GHRP for greater GH output

GHRP-2 (Pralmorelin) – Potent GHRP

Binds to ghrelin (GHS-R1a) receptors on pituitary and hypothalamus
2-3x more potent than GHRP-6 milligram for milligram
Directly stimulates GH release from somatotrophs
Overcomes somatostatin inhibition
Sharp peak GH release within 30-45 minutes
Mild prolactin and cortisol elevation (less than GHRP-6)
Mild appetite stimulation (less than GHRP-6)

Synergistic effect:
GHRP-2 initiates a high-amplitude GH spike. Mod GRF amplifies that spike further. Together, they produce the highest possible GH pulse from a two-peptide combination.

Peak amplitude comparison:

Stack	Relative GH Peak Amplitude
Mod GRF alone	1x (baseline amplification)
GHRP-2 alone	3-4x
GHRP-6 alone	1-2x
Ipamorelin alone	2-3x
Mod GRF + GHRP-2	6-8x

That’s the kind of peptide science that makes this blend unique.

Mod GRF vs. GHRP-2: Distinct Roles

Peptide	Primary Mechanism	What It Does NOT Do
Mod GRF	Amplifies existing GH signals	No GH release on its own
GHRP-2	Initiates high-peak GH release	No amplification on its own

Together, they create a sum greater than their parts. That’s synergy.

Reconstitution & Dosing (Laid-Back Version)

Simple. Straightforward. No advanced degree required.

What you need:

Bacteriostatic water
Insulin syringe (0.5ml or 1ml, 30–31 gauge)
Alcohol wipes

Quick math:

Add 2ml of bacteriostatic water to the vial.

Now each 0.1ml (10 units on a 1ml syringe) contains:
→ 250mcg Mod GRF
→ 250mcg GHRP-2

Common dosing for research protocols:

Dose per peptide	Volume	Timing
100mcg each	4 units (0.04ml)	1-2x daily
150mcg each	6 units (0.06ml)	1-2x daily
200mcg each	8 units (0.08ml)	1-2x daily
250mcg each	10 units (0.1ml)	1-2x daily

Best practice: Administer on an empty stomach (at least 2 hours after eating, 30 minutes before). GH release is suppressed by glucose and insulin.

Timing protocols:

Morning: Upon waking, before breakfast
Post-workout: After training, before eating (exercise enhances GH sensitivity)
Bedtime: 30-60 minutes before sleep (overlaps with natural nocturnal GH peak)

Note: Because this blend contains GHRP-2, there is mild prolactin, cortisol, and appetite elevation — though less than GHRP-6. Document these effects in your research protocol.

Store in refrigerator after reconstitution. Use within 30 days.

Reminder: This information is for educational and research purposes only. Always follow institutional guidelines.

Who Is This Blend For?

Researchers studying maximum GH peak amplitude
Endocrinology labs examining pulsatile GH kinetics
Exercise physiologists studying GH response to training
Aging researchers examining GH decline and replacement
Any study where high GH output is the primary variable

This blend is not for:

First-time peptide researchers (start with Mod GRF alone or with Ipamorelin)
Studies requiring zero prolactin/cortisol elevation (use Mod GRF + Ipamorelin)
Research protocols where appetite stimulation is a confounder

GHRP-2 vs. Other GHRPs: Comparison

Feature	GHRP-6	GHRP-2	Ipamorelin
GH release potency	Moderate	High (2-3x GHRP-6)	Moderate
Prolactin elevation	Moderate	Mild	Very low
Cortisol elevation	Moderate	Mild	Very low
Appetite stimulation	High	Mild	None
Best for	Appetite + GH studies	Max GH output	Cleanest data

If your research demands maximum GH peak amplitude, GHRP-2 is the correct choice.

Mod GRF (No DAC) vs. With DAC: Comparison

Feature	CJC-1295 (With DAC)	Mod GRF (No DAC)
Half-life	~6-8 days	~30 minutes
GH release pattern	Flattened, constant	Sharp pulse, return to baseline
Natural rhythm mimicry	Poor	Excellent
Risk of GH desensitization	Higher	Lower
Best for	Continuous elevation studies	Pulsatile peak studies

For peak amplitude research, Mod GRF (No DAC) is the correct choice.

What About Purity and Testing?

Same standard as all our blends.

Every batch of the Mod GRF, GHRP-2 10mg (Blend) is tested by an independent, ISO-certified lab. You receive:

HPLC purity report (≥99% for each peptide)
Mass spectrometry confirmation
Endotoxin and bioburden testing

A scannable QR code on each vial links directly to batch-specific data.

That’s real peptide science transparency.

Storage & Handling

Stage	Temperature	Duration
Before reconstitution	-10°C to -20°C (freezer)	12–24 months
After reconstitution	2°C to 8°C (refrigerator)	Up to 30 days
Avoid	Repeated freeze-thaw cycles	N/A

Allow vial to reach room temperature before adding bacteriostatic water. Swirl gently — never shake.

Frequently Asked Questions

Why Mod GRF instead of CJC-1295 with DAC?
For peak amplitude research, you want a sharp pulse, not a flattened elevation. Mod GRF (No DAC) provides a ~30-minute half-life that amplifies the GHRP-2 spike without flattening the return to baseline.

Is GHRP-2 stronger than GHRP-6?
Yes. GHRP-2 is approximately 2-3 times more potent milligram for milligram than GHRP-6, with fewer prolactin, cortisol, and appetite effects.

What are the side effect differences between GHRP-2 and Ipamorelin?
GHRP-2 causes mild prolactin, cortisol, and appetite elevation. Ipamorelin causes none. If your research requires zero confounding variables, use Mod GRF + Ipamorelin. If you need maximum GH output, use this blend.

Can I use this blend for long-term research protocols?
Yes, but monitor prolactin and cortisol if running extended studies. The mild elevation from GHRP-2 is generally well-tolerated but should be documented in your research notes.

How long does one 10mg vial last?
>At 100mcg of each, once daily: ~50 days.
>At 100mcg of each, twice daily: ~25 days.
>At 200mcg of each, once daily: ~25 days.
>At 200mcg of each, twice daily: ~12 days.

Why empty stomach?
Glucose and insulin suppress GH release. Even small meals can blunt the pulse. For maximum peak amplitude, fasting is essential.

What’s the peak research window for GH with this blend?
Peak GH levels occur approximately 30-45 minutes after administration. Return to baseline occurs within 2-3 hours. This is a tighter, higher window than Ipamorelin.

Research Applications Summary

Research Area	Primary Mechanism	Peak Timing
Max GH amplitude	GHRP-2 initiation + Mod GRF amplification	30-45 minutes
Pulsatile kinetics	Sharp spike, clean return	2-3 hours total
Exercise recovery	Post-training GH spike	30-45 minutes post-injection
Aging/GH decline	Restoring youthful GH pulses	Morning or bedtime

The Bottom Line

You understand that peptide science is about choosing the right tool for your research question. Not every GH secretagogue is the same.

If your question is about maximum peak amplitude — the highest possible GH spike — this is your tool.

The Mod GRF, GHRP-2 10mg (Blend) delivers:

Two complementary GH secretagogues in one vial
Precise 1:1 ratio (5mg each)
≥99% purity, third-party tested
Mod GRF (No DAC) for pulsatile GH amplification
GHRP-2 — the most potent GHRP available
The highest GH peak amplitude of any two-peptide stack

This is not for researchers who need zero side effects (use Mod GRF + Ipamorelin). This is for researchers who need maximum GH output and are willing to document mild prolactin, cortisol, and appetite effects.

Research smart. Amplify maximally. Study the peak.

This product is intended for laboratory research and scientific study purposes only. Not for human consumption or veterinary use outside of approved research protocols. Always comply with local regulations regarding peptide research.