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Product PartDescription:
The optimized nano cuvette for concentration and purity measurements of DNA, RNA, oligonucleotides and proteins. Features: Dedicated cell for micro volume of sample Compatible with any kind of UV-Vis. Spectrophotometer No need for any special cell holder. Easy to use and clean Application: Nucleic Acid concentration measurement Nucleic Acid purity measurement Protein concentration measurement (Direct UV method) Bio / Life Science Medical Environmental / Agriculture Food / Beverage Pathlength 0.5 mm Physical Dimensions 12.5 x 12.5 x 60 mm (WDH) Beam Height (Z-Dimension) 15 or 8.5mm types Minimum Sample Volume 2 uL Recommended Sample Volume 2.5 – 3 uL DNA Detection Limit 1.1 ng/uL DNA Maximum Concentration 3000 ng/uL DNA Reproducibility at 100 ng/uL ±1.0 ng/uL DNA Reproducibility at 1000 ng/uL ±3.0 ng/uL Protein Detection Limit 0.06 mg/ml Protein Maximum Concentration 100 mg/ml Protein Reproducibility at 2 mg/ml ±0.02 mg/ml Protein Reproducibility at 10 mg/uL ±0.05 mg/ml
OUT OF STOCKThe optimized nano cuvette for concentration and purity measurements of DNA, RNA, oligonucleotides and proteins. Features: Dedicated cell for micro volume of sample Compatible with any kind of UV-Vis. Spectrophotometer No need for any special cell holder. Easy to use and clean Application: Nucleic Acid concentration measurement Nucleic Acid purity measurement Protein concentration measurement (Direct UV method) Bio / Life Science Medical Environmental / Agriculture Food / Beverage Pathlength 0.5 mm Physical Dimensions 12.5 x 12.5 x 60 mm (WDH) Beam Height (Z-Dimension) 15 or 8.5mm types Minimum Sample Volume 2 uL Recommended Sample Volume 2.5 – 3 uL DNA Detection Limit 1.1 ng/uL DNA Maximum Concentration 3000 ng/uL DNA Reproducibility at 100 ng/uL ±1.0 ng/uL DNA Reproducibility at 1000 ng/uL ±3.0 ng/uL Protein Detection Limit 0.06 mg/ml Protein Maximum Concentration 100 mg/ml Protein Reproducibility at 2 mg/ml ±0.02 mg/ml Protein Reproducibility at 10 mg/uL ±0.05 mg/ml
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Product Part
Description:
The optimized nano cuvette for concentration and purity measurements of DNA, RNA, oligonucleotides and proteins. Features: Dedicated cell for micro volume of sample Compatible with any kind of UV-Vis. Spectrophotometer No need for any special cell holder. Easy to use and clean Application: Nucleic Acid concentration measurement Nucleic Acid purity measurement Protein concentration measurement (Direct UV method) Bio / Life Science Medical Environmental / Agriculture Food / Beverage Pathlength 0.5 mm Physical Dimensions 12.5 x 12.5 x 60 mm (WDH) Beam Height (Z-Dimension) 15 or 8.5mm types Minimum Sample Volume 2 uL Recommended Sample Volume 2.5 – 3 uL DNA Detection Limit 1.1 ng/uL DNA Maximum Concentration 3000 ng/uL DNA Reproducibility at 100 ng/uL ±1.0 ng/uL DNA Reproducibility at 1000 ng/uL ±3.0 ng/uL Protein Detection Limit 0.06 mg/ml Protein Maximum Concentration 100 mg/ml Protein Reproducibility at 2 mg/ml ±0.02 mg/ml Protein Reproducibility at 10 mg/uL ±0.05 mg/ml
OUT OF STOCKThe optimized nano cuvette for concentration and purity measurements of DNA, RNA, oligonucleotides and proteins. Features: Dedicated cell for micro volume of sample Compatible with any kind of UV-Vis. Spectrophotometer No need for any special cell holder. Easy to use and clean Application: Nucleic Acid concentration measurement Nucleic Acid purity measurement Protein concentration measurement (Direct UV method) Bio / Life Science Medical Environmental / Agriculture Food / Beverage Pathlength 0.5 mm Physical Dimensions 12.5 x 12.5 x 60 mm (WDH) Beam Height (Z-Dimension) 15 or 8.5mm types Minimum Sample Volume 2 uL Recommended Sample Volume 2.5 – 3 uL DNA Detection Limit 1.1 ng/uL DNA Maximum Concentration 3000 ng/uL DNA Reproducibility at 100 ng/uL ±1.0 ng/uL DNA Reproducibility at 1000 ng/uL ±3.0 ng/uL Protein Detection Limit 0.06 mg/ml Protein Maximum Concentration 100 mg/ml Protein Reproducibility at 2 mg/ml ±0.02 mg/ml Protein Reproducibility at 10 mg/uL ±0.05 mg/ml
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Product PartDescription:
The effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.
OUT OF STOCKThe effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.
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Product PartDescription:
The effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.
OUT OF STOCKThe effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.
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Product PartDescription:
The effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.
OUT OF STOCKThe effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.
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Product PartDescription:
The effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.
OUT OF STOCKThe effects of metal oxides are suppressed to a minimum due to the use of highly-purified silica gel as a base material in the STR series. STR series columns are durable due to the use of mechanically strong silica gel. STR series columns are highly resistant to acidic and basic mobile phases. STR series columns are easy to operate and display high levels of performance due to low analytical operating pressures. Excellent end capping technology provides sharp peak shapes for basic and acidic compounds, and for samples which form complexes with metals.