[D-Pro7]-[D-Pro7]-Angiotensin (1-7)

$113.00

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<strong data-start=”1041″ data-end=”1087″>[D-Pro7]-[D-Pro7]-Angiotensin I / II (1-7) is a synthetic angiotensin peptide analogue containing dual D-Proline substitutions at position 7&lt;/strong>, supplied for -start=”1204″ data-end=”1254″>>scientific and preclinical laboratory research across multiple model species. This modified peptide is commonly used to explore angiotensin receptor signaling, vascular biology, blood-pressure regulation pathways, and peptide-receptor pharmacology. Research-use only.

[D-Pro7]-[D-Pro7]-Angiotensin (1-7) for Sale

[D-Pro7]-[D-Pro7]-Angiotensin (1-7) for Sale, is a chemically synthesized peptide analogue derived from the angiotensin (1-7) fragment of the renin-angiotensin system (RAS). This version incorporates D-Proline substitutions at the 7-position, which may influence peptide conformation, receptor interaction, enzymatic stability, and pharmacological characteristics in controlled research environments.

Although the peptide is suitable for use across multiple species research models including human, rat, mouse, porcine, canine, guinea pig, and rabbit studies. It plays an important role in investigative research examining the Mas receptor axis, vasodilatory signaling cascades, cardiovascular regulation mechanisms, and peptide-mediated receptor-ligand dynamics.

Although supplied at research-grade purity, it is designed specifically for in-vitro and preclinical investigation — not for therapeutic use.


Key Features

  • Although Synthetic angiotensin (1-7) peptide analogue

  • Dual D-Pro7 substitution

  • Suitable for multi-species RAS research models

  • High-purity research-grade material

  • Manufactured under quality laboratory controls

  • Supporting analytical data available where relevant


Research Applications

Although this peptide may be used in scientific research fields such as:

  • Renin-angiotensin system (RAS) pathway analysis

  • Mas-receptor signaling research

  • Cardiovascular and vascular physiology models

  • Receptor-ligand interaction assays

  • Peptide stability and enzymatic metabolism studies

  • Blood-pressure regulatory mechanism exploration

  • Preclinical pharmacology and biochemical research

  • Endocrinology and peptide signaling studies

Although Researchers working in hypertension, vascular biology, biochemical pharmacology, and cardiovascular research frequently employ angiotensin-related peptide tools to characterize receptor selectivity and pathway balance between angiotensin signalling arms.


Storage & Handling

Although to maintain peptide integrity, store frozen in a dry, temperature-controlled environment. avoid repeated thawing and refreezing. Although Reconstitute with sterile laboratory-grade buffer or solvent. Handle using established laboratory safety practices and appropriate protective equipment.


Intended Use — Compliance Notice

Although this product is intended strictly for:

  • academic laboratory research

  • industrial R&D

  • preclinical and molecular pathway analysis

  • in-vitro experimentation

It is not intended for human consumption, medical use, therapeutic application, or diagnostic purposes.


Why Choose Research-Grade Angiotensin (1-7)?

Although working with high-purity, sequence-verified peptide materials supports:

  • consistency across experiments

  • reliable receptor binding interpretation

  • precision in pathway-targeted analysis

  • dependable data reporting

  • reproducibility across research teams

Accurate structural production helps ensure confidence in renin-angiotensin system research outcomes.

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