T3 50mcg Sterling Knight

£32.00

T3 Sterling Knight 50mcg is a synthetic triiodothyronine hormone preparation formulated for advanced metabolic research applications in laboratory environments.

 

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T3 50mcg Sterling Knight
T3 50mcg Sterling Knight
£32.00

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Overview of T3 Sterling Knight 50mcg

T3 Sterling Knight 50mcg is a synthetic triiodothyronine hormone compound extensively utilised in metabolic research protocols. This pharmaceutical-grade preparation enables researchers at Stroid UK Shop to investigate thyroid hormone mechanisms and their impact on cellular metabolic processes. The compound’s standardised formulation provides consistent parameters for studying thermogenic pathways and energy expenditure in controlled laboratory conditions.

Laboratory Research Applications

Research scientists examine T3 Sterling Knight in various experimental frameworks investigating metabolic regulation. Studies focus on analysing cellular oxygen consumption rates, protein synthesis modulation, and mitochondrial function enhancement. The compound enables researchers to evaluate thyroid hormone receptor interactions and downstream signalling cascades. Comparative studies with other metabolic modulators from our cytomel collection provide valuable insights into hormonal synergies. Research protocols often incorporate T3 alongside other compounds available in our SARMs catalogue and peptide range to examine comprehensive metabolic pathways.

Product Specifications

T3 Sterling Knight 50mcg Technical Data
Parameter Specification
Active Compound Liothyronine Sodium
Concentration 50mcg per tablet
Molecular Formula C15H12I3NNaO4
Molecular Weight 672.96 g/mol
CAS Number 55-06-1
Storage Conditions Cool, dry place below 25°C
Shelf Life 24 months from manufacture

Research Compliance Statement

T3 Sterling Knight 50mcg is manufactured exclusively for in-vitro laboratory research purposes. This product is not intended for human consumption, therapeutic use, or any application outside controlled research environments. Researchers must comply with institutional guidelines and maintain appropriate laboratory protocols when handling this compound. All studies should be conducted under proper supervision with adequate safety measures in place.

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