
Determination of Minimum Inhibitory Concentration (MIC) of antibiotics using OD600
Do you want to make your MIC measurements more efficient and automated? Find out here how BMG LABTECH microplate readers can support you in this task.
BMG LABTECH’s innovative absorbance microplate reader has the flexibility to perform assays quickly and easily in both microplates or via the built-in cuvette port. This spectrometer-based absorbance microplate reader captures a full UV/visible spectrum in less than 1 sec/well. Its speed, simple push button operation, and capacity to store individual assay protocols make the SPECTROstar® Nano the leading microplate reader for absorbance measurements.
The SPECTROstar Nano is equipped with BMG LABTECH’s ultra-fast UV/vis spectrometer, which allows users to measure full-spectrum absorbance (220 – 1000 nm) in less than 1 second per well. It is the ideal instrument to read all absorbance assays in a microplate or cuvette – with many common assay protocols predefined and available at the click of the mouse.
The SPECTROstar Nano is for research use only.
Do you want to make your MIC measurements more efficient and automated? Find out here how BMG LABTECH microplate readers can support you in this task.
Antibiotic resistance in bacteria is a growing threat to human health. Read this App note to learn how bacteriophage efficacy can be evaluated on microplate readers.
Purity assessment of nucleic acids is essential for many downstream applications. Read here how absorbance readouts and pre-installed MARS templates get you there easily.
Did you know, that the 90 min SimpleStep ELISA®s by abcam also work in 384-well format? Read here why our dedicated high-throughput reader PHERAstar® FSX is the perfect match for HTS.
The Alzheimer targets tau, BDNF and TREM2 can be accurately quantified in 90 minutes using abcam’s SimpleStep ELISAs and the SPECTROstar® Nano. Read more in this AppNote.
Modulating the immune response to fight cancer is a promising approach in cancer therapy. SimpleStep ELISAs support this approach by quantifying immune-related proteins such as PD-L1, IL-8 and IFN-γ.
Intelligent microplate incubation
Low-volume measurements
Functional Microplate Reader Validation