HGH (Somatropin) – Recombinant Human Growth Hormone for Research
HGH, also known as somatropin or recombinant human growth hormone, is a laboratory-produced protein hormone designed to match the 191-amino-acid sequence of naturally occurring human growth hormone.
Its well-characterised molecular structure makes HGH particularly relevant for advanced laboratory studies involving growth hormone receptor activity, endocrine signalling, the GH–IGF-1 axis, metabolic pathways and recombinant protein analysis.
Supplied in a secure research format, HGH is suitable for professional analytical, biochemical and comparative laboratory applications requiring clearly identified recombinant human growth hormone.
Key Product Features
- Recombinant human growth hormone
- Also known as somatropin or rhGH
- Complete 191-amino-acid protein sequence
- Structurally equivalent to naturally occurring human growth hormone
- Relevant for growth hormone receptor research
- Suitable for GH–IGF-1 axis studies
- Useful for recombinant protein characterisation
- Clear batch-specific product information
- Secure and discreet packaging
- Fast and trackable delivery
What Is HGH?
Human growth hormone is a naturally occurring protein hormone produced by the anterior pituitary gland. It participates in endocrine communication and influences multiple physiological pathways involving growth, protein metabolism, lipid metabolism and carbohydrate regulation.
Somatropin is produced using recombinant DNA technology. This allows researchers to work with a defined laboratory-produced protein containing the same 191-amino-acid sequence as endogenous human growth hormone.
The recombinant format makes somatropin suitable for controlled experiments requiring consistent molecular identity and reproducible analytical conditions.
Recombinant Protein Structure
HGH is a single-chain protein composed of 191 amino acids. Its molecular weight is approximately 22 kilodaltons, and its structure contains internal disulphide bonds that contribute to protein folding and stability.
Important molecular characteristics include:
- Complete 191-amino-acid sequence
- Recombinant protein production
- Approximately 22 kDa molecular weight
- Defined three-dimensional protein structure
- Internal disulphide bonding
- Specific interaction with the growth hormone receptor
- Relevance for protein-folding and stability research
These characteristics make HGH useful for both functional receptor studies and analytical protein research.
Growth Hormone Receptor Research
HGH is studied primarily in relation to the growth hormone receptor, a cell-surface receptor involved in endocrine and metabolic signalling.
Potential research areas include:
- Growth hormone receptor binding
- Receptor activation
- Ligand–receptor interactions
- Intracellular signalling
- Receptor sensitivity
- Concentration–response relationships
- Receptor internalisation
- Comparative hormone activity
- Endocrine feedback pathways
- Cellular communication
Controlled laboratory studies may compare recombinant HGH with endogenous growth hormone, modified analogues or other compounds associated with the growth hormone signalling system.
GH–IGF-1 Axis Research
The growth hormone and insulin-like growth factor 1 axis is an important area of endocrine research.
HGH may be studied in experimental models involving:
- GH receptor signalling
- IGF-1-related pathways
- Hypothalamic–pituitary communication
- Endocrine feedback systems
- Protein-turnover pathways
- Cellular growth signalling
- Metabolic regulation
- Biomarker analysis
- Comparative endocrine research
- Hormone-response modelling
These research areas describe scientific pathways and do not represent claims about the use of this product as a treatment.
Metabolic Pathway Research
Growth hormone signalling is associated with the regulation of proteins, fats and carbohydrates. This makes recombinant HGH relevant for laboratory studies examining the relationship between endocrine signalling and cellular metabolism.
Potential areas of investigation include:
- Protein metabolism
- Lipid-related pathways
- Carbohydrate metabolism
- Cellular energy regulation
- Nutrient-responsive signalling
- Metabolic gene expression
- Substrate utilisation
- Endocrine–metabolic interactions
- Comparative metabolic models
The exact experimental design, controls and analytical methods should be determined by the qualified laboratory conducting the research.
Recombinant Protein Research
In addition to receptor-focused studies, HGH may be used in research involving recombinant protein production and characterisation.
Relevant applications include:
- Protein identity analysis
- Molecular-weight confirmation
- Protein-folding studies
- Stability assessment
- Aggregation research
- Degradation analysis
- Structure–activity relationships
- Comparative protein analysis
- Chromatographic characterisation
- Mass-spectrometry analysis
- Immunoassay development
- Reference-material comparison
Potential Research Applications
HGH may be relevant for controlled scientific studies involving:
- Growth hormone receptor pharmacology
- GH–IGF-1 axis signalling
- Pituitary hormone research
- Endocrine feedback mechanisms
- Recombinant protein analysis
- Protein stability
- Cellular growth pathways
- Metabolic signalling
- Biomarker development
- Antibody-binding studies
- Analytical method development
- Chromatographic analysis
- Mass-spectrometry analysis
- Comparative hormone research
Product Specifications
| Product characteristic |
Information |
| Product name |
HGH |
| Scientific name |
Somatropin |
| Alternative name |
Recombinant human growth hormone |
| Abbreviation |
rhGH |
| Product category |
Recombinant protein hormone |
| Protein length |
191 amino acids |
| Approximate molecular weight |
22 kDa |
| Primary research target |
Growth hormone receptor |
| Main research pathway |
GH–IGF-1 axis |
| Presentation |
Sealed research vial |
| Documentation |
Batch-specific product information |
| Packaging |
Secure and discreet packaging |
| Intended application |
Scientific and laboratory research |
Quality and Product Transparency
Peptides Divas focuses on clear product specifications, careful handling and batch-level traceability.
Available product documentation may include:
- Product identification
- Batch or lot number
- Reported purity
- Protein-content information
- Analytical test results
- Chromatographic data
- Mass-spectrometry information
- Production or testing details
- Storage recommendations
Researchers should review the information associated with the applicable batch before beginning laboratory analysis.
Storage Information
Store HGH in its original sealed packaging according to the conditions stated on the product label and applicable batch documentation.
Protect the material from:
- Direct sunlight
- Excessive heat
- Moisture
- Contamination
- Damaged packaging
- Repeated temperature fluctuations
- Unnecessary exposure to air
Protein stability can be affected by temperature, handling and environmental conditions. The receiving laboratory is responsible for establishing appropriate storage and preparation procedures for its research protocol.
Why Choose HGH?
Recombinant HGH provides researchers with a well-characterised protein hormone for endocrine, receptor and analytical studies.
Key research advantages include:
- Complete recombinant human growth hormone structure
- Clearly defined 191-amino-acid sequence
- Relevant for growth hormone receptor studies
- Suitable for GH–IGF-1 axis research
- Useful for recombinant protein characterisation
- Suitable for comparative hormone analysis
- Clear batch-specific information
- Secure research presentation
Why Order from Peptides Divas?
Peptides Divas combines carefully selected research products with fast and professional service.
Customers benefit from:
- Clear product specifications
- Batch-specific documentation
- Fast order processing
- Secure and discreet packaging
- Trackable shipping options
- Careful product handling
- Responsive customer support
- Reliable European delivery
Choose HGH from Peptides Divas for advanced laboratory research involving growth hormone receptors, endocrine signalling, recombinant protein analysis and the GH–IGF-1 axis.
For laboratory research use only. Not intended for human or veterinary use.
