Fully Automated Omnilog PM-M System
Product Details :
Fully Automated Omnilog Phenotype MicroArray System for Mammalian Cells
- The Biolog OmniLog® simultaneously incubates and monitors 50 microplates with thousands of phenotypic assays to measur e ph ysiolo gical resp on ses in diverse mammalian cells.
- The PM-M system includes: instrument, computer, LCD flat panel monitor, software for data collection and analysis, 8 & 12 channel electronic pipettors, user guide, training and one year warranty. Consumables and other accessories are purchased separately.
Omnilog PM System Specifications
Parameter | Specification |
---|---|
Size: | 530 mm x 810 mm x 580 mm |
Power: | 100 to 240 volts, 50 to 60 Hz |
Operating Temp Range: | 18° to 28°C |
Operating Humidity Range: | 20% to 80% non-condensing |
Incubation Temperature Range: | 20° to 45°C |
Temp Consistency: | ± 2°C in the Tray Chamber |
Incubation Humidity Range: | Ambient |
Test Capacity: | 50 Micro Plates |
Data Capture: | CCD images of each microplate at regular intervals |
Temperature Control: | Input of set temperature by external computer |
Temperature Indication: | Output to external computer and 7 segment display |
Monitor: | LCD flat panel, 17 in viewable image size |
Buying Guide
- All OmniLog PM Systems include the OmniLog incubator/reader, computer, OmniLog PM Software, OmniLog User Guide, Pipettor, Turbidimeter and a one year warranty. Databases are sold separately
Catalog # | Description |
---|---|
96161 | OmniLog® PM System: The OmniLog PM-M system has the capacity to incubate and monitor up to 50 PM-M MicroPlates for automated cell based metabolic analysis |
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Phenotype MicroArray Applications
Phenotype MicroArray Technology is now available for applications with nearly all important cell lines.
General Areas Emphasizing Metabolism
- Obesity
- Diabetes
- Metabolic Disorders
- Nutrition
- Aging
- Mitochondrial Diseases
- Cancer (Warburg Effect)
- Chemosensitivity
- Mitochondrial Toxicity
- Cellular Toxicity
- Stem Cell Metabolism
- Bioprocess Optimization
- Cell Line QC
- Cell Energetics
Kinetic Data Capture and Analysis
OmniLog PM-M soware contains a suite of algorithms that work in conjunction with the OmniLog PM-M system and Phenotype MicroArray panels to automate incubation of up to 50 microplates at a user-specified temperature with continuous collection of colorimetric assay data over time. PM-M data analysis programs allow for display of kinetic data, manage and analyze the data, export it in a variety of raw and processed forms, and generate reports.
- Drives the operation of the OmniLog PM-M system
- Guides loading and reading of plates or PM-M panels
- Creates a kinetic data file for each P-MM panel
File Management/Kinetic Analysis
- Assembles plate or PM-M panel data files into data lists
- Displays kinetic plots of the data
- Allows export of kinetic plots as bmp or jpeg files
Parametric Analysis:
- Extracts data lists from the File Management /Kinetic Analysis module
- Calculates parameters from kinetic data
- Allows comparison of two data lists
- Highlights wells and generates a report on phenotypes that differ significantly in any selected kinetic analysis parameter
- Allows identification of substrates in all PM-M panels
- Links metabolic substrates in PM-M panels to KEGG database
- Exports the original OmniLog kinetic data
- Export data parameters for statistical & bio-informatic analysis
OmniLog-PM’s PMM Assay Portfolio
- Carbon Energy & Nitrogen Substrates: 367 metabolic substrates. Substrates include carbohydrates/starches, alcohols, fatty acids, ketones, carboxylic acids, amino acids and dipeptides on 4x96 well microplates
- Hormones: 45 different hormones each at six different concentrations on 3x96 well microplates
- Trace Elements: 22 different ions/cofactors each at four different concentrations on 1x96 well microplate
- Anti-Cancer Chemosensitivity: 92 anti-cancer agents each at four different concentrations on 4x96 well microplates
- Mitochondrial Toxicity: 8 carbon-energy substrates (associated with diverse pathways, e.g. hexose, pentose, etc.) to distinguish different aspects of mitochondrial activity/dysregulation in the context of chemical/drug screens on 1x96 well microplate