1 Kb Dna Ladder Thermo Scientific

The generuler dna ladders can offer sharp peaks during capillary electrophoresis for exceptional purity of dna fragments without additional dna fragments or dntps.

1 kb dna ladder thermo scientific.

Thermo scientific generuler 1 kb dna ladder is recommended for sizing and approximate quantification of a double stranded dna in the range of 250 bp to 10 000 bp on agarose gels. Invitrogen 1 kb plus dna ladder is designed for sizing and approximate quantification of double stranded dna in the range of 100 bp to 15 000 bp. Thermo scientific generuler 1 kb dna ladder perform sizing and approximate quantification of a wide range of double stranded dna on agarose gels with this mixture of chromatography purified individual dna fragments. Invitrogen trackit 1 kb plus dna ladder is ready to use and designed for sizing and approximate quantification of double stranded dna in the range of 100 bp to 15 000 bp.

1 kb plus dna ladder consists of 18 individual chromatography purified dna fragments and has a reference band at 1 500 bp for easy orientation. Thermo scientific generuler 1 kb plus dna ladder ready to use 75 to 20000bp. Thermo scientific generuler 1 kb dna ladder is designed for sizing and approximate quantification of wide range double stranded dna on agarose gel. 1 kb plus dna ladder consists of 18 individual chromatography purified dna fragments and has a reference band at 1 500 bp for easy orientation.

0 1µg µl life sciences biochemicals and reagents nucleic acid molecular weight markers. The ladder is composed of fifteen chromatography purified individual dna. The ladder is composed of fourteen chromatography purified individual dna fragments in base pairs. The dna ladder consists of 14 dna fragments and is provided with 6x tritrack dna loading dye highlights of 1 kb dna ladde.

Generuler 1 kb plus dna ladder 1250 25 x 50 µg for 2500 applications 0 5 µg µl 6x tritrack dna loading dye 10 x 1 ml description thermo scientific generuler 1 kb plus dna ladder is designed for sizing and quantification of dna fragments in agarose gels. 10000 8000 6000 5000 4000 3500 3000 2500 2000 1500 1000 750 500 250.