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Our Amino Acid Analyzer, uses continuous flow ion exchange liquid chromatography to provide both qualitative and quantitative information on the amino acid composition of a protein hydrolysate and has a flow rate range of 0.001 to 10 ml/min, is an automated and reliable tool for identifying amino acids in protein hydrolysates. By employing automated techniques and improvised ion-exchange resins, we decreased the analytical time. Amino acid quantification employs samples with low concentrations due to its excellent detection sensitivity. For the analysis of amino acids in food hydrolysates and physiological fluids, the apparatus is developed with a full operational system that comprises a range of easily accessible reagents, buffers, and columns. With the assistance of a UV/VIS detector, one can ensure that the work is conducted exactly, accurately, and in compliance with standards. There are numerous applications for it in biochemical research, nutrition research for both humans and animals, medical diagnostics, and pharmaceutical, food, and feed control.
| Quaternary low-pressure gradient pump: | {"Pulsation":"<1% or 0.1 MPa","Flow rate":"0.001 to 10 ml\/min","Flow accuracy":"\u00b1 0.2%","Gradient accuracy":"\u2264 0.06% (ASTM)","Max. withstand voltage":"9000 Psi","Degassing machine":"Built-in four-channel online vacuum degassing machine","Other function":"Automatic cleaning of plunger rod, anti-salt precipitation"} |
| Auto sampler: | {"Sampling method":"Loop sampling and variable sampling","Injection volume":"1 to 500 \u00b5l","Reproducibility":"<1% @10 \u00b5l","Memory effect":"< 0.01%","Sample tray":"2 with 48 sample positions each, 1.5 ml sample bottle"} |
| Separation unit: | {"Chromatographic column":"Sodium ion exchange column; 4\u00d7150 mm"} |
| Derivative unit: | {"Derivation method":"Ninhydrin post-column derivatization method","Temperature setting":"RT to 150\u00b0C","Temperature increment":"0.1\u00b0C"} |