mzCloud offers a searchable spectral database with high-resolution mass spectra to help identify compounds in scientific analyses.
Spectral Database for Organic Compounds
vsLAPaL
Spectral Database for Organic Compounds vs LAPaL
How do Spectral Database for Organic Compounds and LAPaL compare? Here are the facts side by side: pricing, platforms, open-source status and what each one is for.
| Directory detail | Spectral Database for Organic Compounds | LAPaL |
|---|---|---|
| What it is | Japan's free SDBS provides spectral records for organic compounds, including NMR, mass spectrometry, ESR, and infrared data. | LAPaL catalogs long-acting therapeutics, including technologies, compounds, formulations, patents, and national registrations. |
| Website | ||
| Type | Website | Website |
| Topic | ||
| Pricing | Not confirmed | Not confirmed |
| Platforms | Web | Web |
| Open source | Not stated | Not stated |
| Language | — | English |
| Alternatives |
Other options to consider
Sites similar to both Spectral Database for Organic Compounds and LAPaL.
RefractiveIndex.INFO provides optical constants and raw data for materials including metals, glasses, and inorganic and organic compounds.
Exposome-Explorer catalogs biomarkers of environmental exposure, with information on concentrations, associations, compounds, foods, and cancers.
SureChEMBL provides compounds extracted from patent documents, including their text, images, and attachments.
The NEA Thermochemical Database project develops reference thermodynamic values for compounds relevant to radioactive waste safety and geochemical modeling.
The Leibniz-FMP Screening Unit provides biochemical and cell-based high-throughput screening using compound collections.