Certificate of Analysis

368 in stock

Quantity Price / Per Vial
1 – 3 $160.00
4 – 7 $140.00
8+ $120.00

SLU-PP-332 10MG 3ML VIAL

$160.00

Certified-Pep only sells U.S.-made peptides and products.

Key Features
  • Made in the USA
  • Batch tested at a verifiable U.S. laboratory for identity, content and purity
  • Screened for endotoxins, heavy metals and sterility
  • Rigorous quality testing on every batch
  • All products are delivered in lyophilized powder form
  • For laboratory and research use only
  • PURITY: 99%+
  • CAS: 303760-60-3
  • FORM: LYOPHILIZED POWDER
  • DOSAGE: 10 MG
  • PURITY: 99%+

Description

SLU-PP-332 10MG 3ML VIAL
SKU CP_SLU_PP_332_10MG_3ML_VIAL
CATEGORY Research Compound
CAS 303760-60-3
VIAL SIZE 3 mL
FORM LYOPHILIZED POWDER
MOLECULAR WEIGHT 290.32 g/mol
COMPOSITION Small Molecule Compound
MOLECULAR FORMULA C18H14N2O2
ITEM ID 117383

SLU-PP-332 was developed through a structure-based design approach and has been characterized as a chemical tool compound for investigating ERR-dependent signaling in nonclinical models. A comprehensive structure-activity relationship (SAR) analysis of the SLU-PP-332 scaffold, integrating cell-based functional assays, gene-expression profiling, and computational modeling, identified key structural determinants that modulate ERRα and ERRγ agonism, transcriptional efficacy, and physicochemical properties [1].

Description

Description

SLU-PP-332 10MG 3ML VIAL
SKU CP_SLU_PP_332_10MG_3ML_VIAL
CATEGORY Research Compound
CAS 303760-60-3
VIAL SIZE 3 mL
FORM LYOPHILIZED POWDER
MOLECULAR WEIGHT 290.32 g/mol
COMPOSITION Small Molecule Compound
MOLECULAR FORMULA C18H14N2O2
ITEM ID 117383

SLU-PP-332 was developed through a structure-based design approach and has been characterized as a chemical tool compound for investigating ERR-dependent signaling in nonclinical models. A comprehensive structure-activity relationship (SAR) analysis of the SLU-PP-332 scaffold, integrating cell-based functional assays, gene-expression profiling, and computational modeling, identified key structural determinants that modulate ERRα and ERRγ agonism, transcriptional efficacy, and physicochemical properties [1].

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