
Comprehensive Pharmaceutical Compendial Testing & USP Compendial Testing From NJ Labs
Compendial testing, including USP testing (U.S. Pharmacopoeia), refers to specifications as defined in pharmacopeia or compendia, which are established quality standards and methods for evaluating the identity, purity, strength, and other quality attributes of raw materials, API (Active Pharmaceutical Ingredients) and finished products. Compendial testing plays a crucial role in the pharmaceutical industry by providing a standardized framework for quality control testing, ensuring consistency and comparability of results across different manufacturers and regulatory authorities. But Compendial testing is also starting to play a role in the nutraceutical industry as more and more supplements attract scrutiny by the FDA. Fortunately, the USP also has standards for supplements companies to follow that apply the same quality best practices used in the pharmaceutical industry. These standards ensure that drugs and other finished products are safe, effective and of high quality.
NJ Labs offers comprehensive compendial testing that meet the USP testing standards, but we also work with other compendia including the EP (European Pharmacopoeia), BP (British Pharmacopoeia) and JP (Japanese Pharmacopoeia). Examples of the kinds of compendial tests we perform include: identification tests, assay methods, tests for impurities, microbial limits testing, bio-burden testing and sterility testing, among others. All compendial testing at NJ Labs is performed per CGMP standards of 21 CFR 210, 21 CFR 211, 21 CFR 111 and 21 CFR 117
At NJ Labs, we provide reliable USP testing services, offering accurate compendial analyses for general chapter tests and full or partial monographs in the official USP. Click on below button to learn more.
| USP Chapter | Test |
| <61><62> | Suitability Testing • Suitability of the Counting Methods in the Presence of Product. • Suitability of the Test Methods in the Presence of Product. |
| <2021><2022> | Preparatory Testing |
| <51> | Antimicrobial Effectiveness Testing |
| <60> | Burkholderia cepacia complex (Bcc) |
| <61> | Microbial Enumeration Testing • Total Aerobic Microbial Count • Total Yeasts and Molds Count |
| <62> | Bile Tolerant Gram Negative Bacteria |
| <62> | Escherichia coli (E.coli) |
| <62> | Salmonella |
| <62> | Pseudomonas aeruginosa Staphylococcus aureus |
| <62> | Clostridia |
| <62> | Candida albicans |
| <85> | Endotoxins |
| <197> | Spectrophotometric Identification Test |
| <201> | Thin-Layer Chromatography Identification Test |
| <211> | Arsenic |
| <221> | Chloride and Sulfate |
| <228> | Ethylene Oxide and Dioxane |
| <232> | Elemental Impurities – Limits |
| <233> | Elemental Impurities – Procedures |
| <241> | Iron |
| <251> | Lead |
| <281> | Residue On Ignition |
| <291> | Selenium |
| <311> | Alginates Assay |
| <401> | Fats and Fixed Oils Acid Value, Sap Value, Hydroxyl value, Iodine value (method I & II), Unsap value, Fatty Acid Composition. Omega-3 Fatty Acids Determination and Profile, Peroxide value |
| <467> | Organic Volatile Impurities |
| <469> | Ethylene Glycol, Diethylene Glycol, and Triethylene Glycol in Ethoxylated Substances |
| USP Chapter | Test |
| <471> | Oxygen Flask Combustion |
| <525> | Sulfur Dioxide |
| <541> | Titrimetry |
| <616> | Bulk Density And Tapped Density Of Powder |
| <621> | Chromatography (GC. HPLC and HPTLC) |
| <643> | Total Organic Carbon |
| <645> | Water Conductivity |
| <651> | Congealing Temperature |
| <701> | Disintegration |
| <711> | Dissolution |
| <721> | Distilling Range |
| <731> | Loss On Drying |
| <733> | Loss On Ignition |
| <741> | Melting Range or Temperature |
| <781> | Optical Rotation |
| <781> | Particle Size Distribution Estimation by Analytical Sieving |
| <791> | pH |
| <831> | Refractive Index |
| <841> | Specific Gravity |
| <851> | Spectrophotometry and Light-Scattering |
| <905> | Uniformity of Dosage Units |
| <911> | Viscosity-Capillary Viscometer |
| <912> | Viscosity-Rotational Rheometer Methods |
| <921> | Water Determination by KF (Karl Fischer) |
| <2021> | Bile Tolerant Gram Negative Bacteria |
| <2022> | Escherichia coli (E.coli) |
| <2022> | Salmonella |
| <2022> | Staphylococcus aureus |
| <2022> | Clostridia |
| <2040> | Disintegration and Dissolution of Dietary Supplements |
| <2091> | Weight Variation of Dietary Supplements |
At NJ Labs, we provide reliable USP testing services, offering accurate compendial analyses for general chapter tests and full or partial monographs in the official USP. Click on below button to learn more.
In summary, compendial testing for the nutraceutical industry offers numerous benefits in terms of quality assurance, consumer trust, international market access, regulatory compliance preparedness, risk management, and industry credibility. NJ Labs currently tests both pharmaceutical and nutraceutical products and so we are at the crossroads of both these industries. And in addition to being FDA, DEA Registered & Inspected, we are also CGMP certified laboratory. We can help you with compendial testing that can contribute to your long-term success and sustainability while prioritizing the health and safety of your consumers.
Compendial raw materials testing is an essential process in the pharmaceutical, nutraceuticals/dietary supplements, foods, and other regulated industries to ensure the quality, safety, and efficacy of final products. NJ Labs specializes in performing compendial raw materials testing to help identify and prevent the use of substandard materials, thereby ensuring the safety and efficacy of the final products that consumers rely on.