85115-38-4

Usage

Type of compound

Triterpenoid

Explanation

A type of organic compound derived from the natural product hopane.

Explanation

Characterized by its intricate molecular structure, which consists of multiple carbon rings.

Explanation

Used to study geological processes, such as the formation and movement of petroleum deposits.

Explanation

Helps in identifying the presence of certain bacteria in sedimentary environments.

Explanation

Has been studied for its possible therapeutic properties, including reducing inflammation and fighting cancer.

Explanation

Its diverse applications and complex structure make it a valuable compound for study in various scientific fields.

Explanation

Indicates the specific stereochemistry of the compound, with hydrogen atoms at the 17th and 21st carbon positions in alpha and beta orientations, respectively.

Explanation

Refers to the presence of three double bonds (nor) at the 25th, 28th, and 30th carbon positions in the molecule.

Explanation

Represents the total number of carbon (C) and hydrogen (H) atoms in the molecule.

Explanation

The calculated mass of one molecule of 17ALPHA(H),21BETA(H)-25,28,30-TRISNORHOPANE.

Structure

Complex with multiple carbon rings

Geological applications

Biomarker for petroleum formation and migration

Microbial applications

Tracer for specific types of bacteria in sediments

Medicinal potential

Anti-inflammatory and anti-cancer effects

Research significance

Important in geochemistry, microbiology, and pharmaceutical research

Stereochemistry

17ALPHA(H) and 21BETA(H)

Trisnor

25,28,30-TRISNOR

Molecular weight

Approximately 410.72 g/mol