Pathway research library · 02

Three materials.
Three distinct roles.

A visual comparison of RT, TRZ, and NAD+ for qualified research contexts.

01Multi-receptor model
RT Pathway research vial

RT

Studied in controlled models involving GLP-1, GIP, and glucagon receptor pathways.

  • Signaling
  • Metabolic models
  • 20MG pictured
02Dual-pathway model
TRZ Pathway research vial

TRZ

Studied in experimental models involving GLP-1 and GIP receptor interactions.

  • Dual receptor
  • Binding activity
  • 30MG pictured
03Cellular energy model
NAD+ Pathway research vial

NAD+

Studied in controlled models involving cellular energy metabolism, redox balance, and coenzyme-related pathways.

  • Cellular energy
  • Redox models
  • 500MG pictured
At a glance

3 Pathways

RT Pathway research vial
RT
Multi-receptor model

Pathway-focused research context

20MG pictured
TRZ Pathway research vial
TRZ
Dual-pathway model

Receptor-interaction research context

30MG pictured
NAD+ Pathway research vial
NAD+
Cellular energy model

Metabolism and redox research context

500MG pictured
Research context

Different Compounds.
Different Outcomes.

These compounds each have individual pathways designed for individual results.

01Pathway models

RT and TRZ are examined for different receptor interaction profiles.

02Cellular energy models

NAD+ is studied in controlled metabolic, redox, and coenzyme-related research contexts.

03Clear documentation

Strength, purity, and intended use stay visible throughout the catalog.

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Choose Your Vials For laboratory and research use only. Not for human consumption.