INSULIN BD MICRO-FINE 8 MM NOVOFINE: Compound Profile
Insulin BD Micro-Fine 8mm NovoFine needles represent precision-engineered injection devices specifically manufactured for controlled substance delivery research applications. These medical-grade instruments are essential tools for laboratory studies examining insulin administration methodologies, diabetic treatment protocols, and pharmacokinetic research involving subcutaneous injection techniques. The 8mm needle length provides optimal tissue penetration depth for research applications studying absorption kinetics and bioavailability parameters in controlled laboratory environments.
Research Applications
Research scientists utilise these devices to study insulin delivery mechanisms, absorption rate variations, and tissue response characteristics in preclinical models. The micro-fine gauge design enables precise volume control essential for dose-response studies and pharmacological research applications. Laboratories investigating diabetes treatment protocols rely on these standardised devices to ensure consistent delivery parameters across experimental groups. Studies examining subcutaneous injection site rotation, tissue trauma minimisation, and patient comfort factors benefit from the engineered specifications of these research-grade instruments. The precision manufacturing standards ensure reproducible results in Stroid UK Shop where accuracy and consistency are paramount. Research teams studying general health and insulin delivery systems find these devices invaluable for controlled experimental protocols.
Technical Specifications
| Parameter | Value |
|---|---|
| Needle Length | 8mm |
| Gauge Size | Micro-fine |
| Manufacturer | BD (Becton Dickinson) |
| Compatibility | NovoFine system |
| Material | Medical grade steel |
| Sterility | Single-use sterile |
These specifications ensure consistent performance parameters essential for reproducible research outcomes. Quality control standards meet pharmaceutical research requirements for precision instrumentation. Storage recommendations include maintaining original sterile packaging until research use, with temperature-controlled environments preserving device integrity. Research applications benefit from understanding these technical parameters when designing experimental protocols requiring precise delivery mechanisms. Advanced research teams studying selective androgen receptor modulators and peptide compounds often require similar precision instrumentation for their research protocols.
Research Compliance
These BD Micro-Fine NovoFine needles are supplied strictly for legitimate scientific research and in-vitro laboratory applications only. Not approved for human administration or therapeutic use outside controlled research environments. Researchers must ensure proper institutional oversight, ethical approval, and safety protocols when incorporating these devices into experimental designs. Laboratory personnel should maintain appropriate training certifications and follow established safety guidelines for handling precision medical instrumentation in research settings.
