C40 NanoPhotometer
Spectrophotometer by Implen
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Excellent
Biotechnology
Easy to use. Excellent quality and data is very reliable.
Review Date: 23 Aug 2017 | Implen
Great accuracy of measurements, easy usage, really nice interface.
determination of the concentration of proteins and nucleic acids solutions
C40 NanoPhotometer is a great tool to measure macromolecule concentrations in microvolumes. It surpasses our previous nanodrop machine as it does not need calibration and has more functions. Easy interface is a great advantage and the new function of enzyme kinetics together with vortex makes this small and handy tool a multitask help in our lab. The wi-fi functions enables us to print spectra quickly. Measurements are repeatable and accurate. I would recommend the equipment every biochemistry lab.
Review Date: 19 Jul 2017 | Implen
The power and precision of standard spectroscopy combined with the convenience of a lightweight portable instrument with a built-in 7” LCD glove compatible touchscreen and flexible unit control options. It’s time you expected more out of your spectrophotometer.
Integrated computer with high performance quad core processor. Intuitive user interface for streamline workflow. The unit is equipped with Wi-Fi, built-In HotSpot, LAN, HDMI and USB A/B interface connections for remote instrument control, data accessibility and printing.
Performance Features:
- Scanning range 200 to 900 nm in 3.5 seconds with a resolution of better than 1.8 nm
- Maintenance Free: No reconditioning and no recalibration ever
- Highest sensitivity detector in the smallest footprint worldwide
- Ideal for nucleic acids, protein and samples in most organic solvents
- Flexible unit control (from computer, smart phone and tablet)
- Compatible with Apple, Android and Windows devices
- No strings attached: battery pack option providing at least 10 hours of operation - fully mobile within the lab and outside
- 32GB onboard memory
- Footprint 20x20x12 cm
- Language functionality
- Ultimate Data Security: custom Linux based operating system protects your data
- Data export available in Excel and PDF Format
Applications:
- Nucleic Acids: provides one-step easy analysis of dsDNA, ssDNA, RNA, and Oligonucleotides. In this method it is also possible to determine frequency of dye incorporation for dye conjugated nucleic acids. Choose from pre-programmed dye labels or create custom dye methods.
- Proteins: protein quantification using direct A280 measurements, select from pre-programmed dye labels as well as create custom dye methods to determine degree of labeling of dye conjugated proteins
- Protein Assays: quantify proteins using colorimetric assays including the BCA, Bradford, Lowry, and Biuret assays
- Kinetics: measurement of change in absorbance as a function of time at fixed wavelength, application available in the heated cuvette port
- OD600: used to determine the absorbance at 600 nm
- Wavelength: measurement of simple absorbance (Abs) or transmission (%T) at a single user defined wavelength
- Wavescan: records the absorption (Abs) or transmission (%T) spectrum for the range between two user defined wavelengths
- Absorbance Ratio: measure the ratio between two user defined wavelengths
- Concentration: determines the concentration of samples from a single wavelength absorbance reading
- Standard Curve: preparation of a multi-point calibration curve from standards of known concentration to quantify unknown samples is a fundamental use of a spectrophotometer; the NanoPhotomer® has the advantage of being able to store this curve as a method to be recalled for future experiments
- Custom Applications: fully customizable application development is possible with the proprietary NanoPhotometer® Operating System. Please contact Implen team for more information about custom app design
Technical Note on the Flexible Unit Control of the Implen NanoPhotometer Series
This technical note describes the technical features of the Implen Nanophotometer series.
Data Management on Implen's NanoPhotometers
This technical note discusses data management (file formats, data storage / transfer, autosave) on Implen's NanoPhotometers.
Small Volume Spectrophotometric Applications in Congenital Defects Caused by Submicroscopic Copy Number Variants (CNVs)
This application note applies the Implen NanoPhotometer P-Class to investigate underlying genetic causes of congenital defects, focusing on comparative genomic hybridization.
Social Isolation in Domestic Pigs Activates Neuroendocrine Stress Response
Assessing the psychosocial stress in farm animals helps to improve our understanding of animals' welfare and health. In this application note, the molecular and functional modifications caused by psychosocial stress in pigs are investigated with the Implen NanoPhotometer P-Class.
Myocardial Fibrosis and Apoptosis in Long-Term Experimental Diabetes Mellitus
Diabetes mellitus (DM) is the most widespread metabolic disease in the human species, however there is still not enough information on the long-term injury of the DM1 heart and its relationship with hypertension. This application note investigates different parameters involved in long-term DM1 using the Implen Nanophotometer P-Series.
Individualized Cancer Diagnostics - Mutation Detection of EGF Receptor and KRAS Gene
The future of cancer treatment is thought to be through personalised therapies, such as the treatment of non-small-cell-lung-cancer with tyrosine kinase inhibitors. This application note demonstrates the use of the Implen NanoPhotmeter P-Series for DNA quantification in personalized cancer therapies.
Technical Note on Measuring the OD600 of a Cell Culture on the NanoPhotometer
To determine the stage of growth of a bacterial cell culture, the optical density at 600 nm (OD600) is measured. This technical note outlines measuring the OD600 on the Implen NanoPhotometer.
Protein Quantification with the Nanophotometer Pearl
This application note demonstrates the use of the Implen Nanophotometer Pearl for the measurement of protein concentration.
Small Volume Spectrophotometric Applications in DNA-Labeling via Click Chemistry
Baseclick labeling provides a highly efficient method for single and multi-labelling of nucleic acids. This application note explores the quantification of baseclick labeled nucleic acids with the Implen NanoPhotometer P-Class.
Technical Note on the Bradford Assay in Microvolume NanoPhotometer
The Bradford assay is a spectroscopic analytical procedure for rapid detection and quantification of total protein in a solution. This technical note describes the implementation method to perform the Bradford assay on an Implen NanoPhotometer.
The Implen NanoPhotometer: What Scientists Say
This video includes a variety of user statements from research scientists using the NanoPhotometer® by Implen. The NanoPhotometer® is descibed as having the power and precision of a standard spectroscopy unit, combined with the convenience of a lightweight portable instrument.
The NanoPhotometer Family by Implen- A Series of Powerful and Precise Spectrophotometry Instruments
Discover the Implen NanoPhotometer family, a series of spectrophotometers combining the power and precision of a standard spectroscopy instrument, capable of microvolume analysis, with the convenience of a lightweight portable instrument. The nanophotometers are useful in a variety of routine biomedical and biochemical methodologies. This video focuses on the use of the NP80 in presumptive drug screening, where speed and accuracy are of the upmost importance.
