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P-32033

C-type Natriuretic Peptide (CNP)

A member of the natriuretic peptide family, primarily expressed in vascular endothelium and the central nervous system. Acts through the NPR-B receptor and mainly regulates endochondral ossification and vascular tone. It has weak diuretic activity. Research-grade material for studies of skeletal development, vascular regulation, and natriuretic peptide receptor subtypes.

Basic Information

Product Name
C-type Natriuretic Peptide (CNP)
Catalog No.
P-32033
CAS No.
127869-51-6
Sequence
H-GLSKGCFGLKLDRIGSMSGLGC-OH {cyclo=disulfide:6-22}
Molecular Formula
C93H159N27O28S3
Molecular Weight
2197.64

Peptide Depictor

22 aa

H-HO-G1L2S3K4G5C6F7G8L9K10L11D12R13I14G15S16M17S18G19L20G21C22Cyclization Methods: S-S
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Natural AA
Non-natural AA
Linker-like
Side-chain mod
Unknown
Acidic
Basic
Hydrophobic
Aromatic
Modified
Disulfide bond
Cyclization bond
AI-Assisted Peptide Property AnalysisShow

Sequence Overview

H-GLSKGCFGLKLDRIGSMSGLGC-OH {cyclo=disulfide:6-22}
Length
22.00
Molecular Weight
2196.09 Da
Monoisotopic Mass
2196.09 Da
Estimated Net Charge
2.000
pI
9.040
Hydrophobicity GRAVY
0.4000

Physicochemical Properties

Basic Residue Ratio
14%
Acidic Residue Ratio
5%
Aromatic Residue Ratio
5%
Cys Count
2.000
Oxidation-Risk Residues
3.000
Asp-Gly / Asn-Gly
0.000

Solubility Analysis

Water Solubility
Good
Acidic Aqueous Compatibility
Suitable
Basic Aqueous Compatibility
Use with caution
DMSO Solubility Tendency
Moderate
Recommended Delivery Form
free
  • 含多个Cys,溶解和氧化状态需同步控制

Calculation Parameters

Calculated parameters are model predictions for research design, candidate comparison, and project evaluation only. They are not experimental measurements or final synthesis outcomes.

PropertyParameterValueResult
Hemolysis Riskscore threshold0.4077————0.5640Non-hemolytic
Non-Foulingscore threshold0.01698————0.3892Fouling
Solubilityscore threshold0.9860————0.3290Soluble
Cell-Penetrating Potentialscore threshold0.8188————0.5028Cell-Penetrating
Toxicity Riskscore threshold0.2408————0.4900Non-Toxic
PAMPA Passive Membrane Permeabilitypredicted value-11.80PAMPA prediction: lower passive membrane permeability
Caco-2 Permeabilitypredicted value-5.848Caco-2 prediction: higher cell-model permeability
Half-Life Model Outputmodel output0.7923Model output only, not in-vivo half-life