Proteomics & Metabolomics Features | Nebraska Center for Biotechnology

Scroll through the Proteomics/Metabolomics #BiotechMonday Features

$Informational graphic titled “Did you know?” describing self‑service metabolomics equipment available at the Proteomics and Metabolomics Core Facility. The layout includes three labeled equipment photos: an Agilent analytical HPLC with DAD, fluorescence, ELSD, and fraction collector; an LC‑MS SCIEX 6500 QTRAP for targeted assays; and an Agilent GC‑MS with SPME and headspace injections. Each photo shows the instrument installed in a laboratory with bench‑mounted modules and connected tubing.$

Informational graphic explaining that the Proteomics and Metabolomics Facility uses different chromatography columns. The left panel contains text describing how mass spectrometry relies on chromatography and how proteomics and metabolomics columns differ by size and separation properties. The right side shows three photographed chromatography columns laid on a beige surface: one labeled for proteomics at the top and two labeled for metabolomics below. Green section headers read “Column used for Proteomics”

$Promotional graphic titled “UPLC Self‑Service!” from the Nebraska Center for Biotechnology. The image shows an Agilent 1290 Infinity II UPLC system in a laboratory. Text explains the Proteomics and Metabolomics Core offers UPLC open for self‑service users. Bullet points describe detectors including DAD, fluorescence, and ELSD, a fraction collector, and applications such as separation and quantification of amino acids, vitamins, organic acids, sugars, phospholipids, and peptides. Biotech logo on top right..$

Graphic featuring a four‑image collage of laboratory training and research activities, including researchers working at benches, using analytical instruments, and operating lab equipment. To the right, text reads, “Something for everyone! The PMF lab is very active with educational outreach, providing one‑on‑one training to teaching graduate students with LIFE 801 and undergraduates with BIOC 433.” Nebraska Center for Biotechnology and University of Nebraska logos appear at the bottom.

Informational graphic titled “HPLC Assay” from the Nebraska Center for Biotechnology. Text explains the role of carotenoids in diet and human health and how the assay helps study their impact. Below is an HPLC chromatogram showing multiple labeled peaks for different carotenoids over time. University of Nebraska and Nebraska Center for Biotechnology logos appear on the right.

Informational graphic titled “Proteomics: Why and How?” from the Nebraska Center for Biotechnology. The left side lists questions to consider before starting a proteomics experiment, including protein types, abundance, sample preparation, modifications, controls, and use of trypsin. The right side shows a laboratory scene with a researcher operating a mass spectrometry instrument. University of Nebraska and Nebraska Center for Biotechnology logos appear at the bottom.

#BiotechMonday Features List