Drug discovery > Basic Research Products & Reviews

Resistant Polystyrene (PS) cutleryComplete rangeSterile sample handling, single bag

Axygen® Compression AxyMats™ are ideally suited to help reduce evaporation and ensure a proper seal when used in conjunction with Axygen PCR Microplates and PlateMax™ sealing films. Made of research-grade silicone, they can be autoclaved, and following a bleach wash and ethanol rinse protocol, they can also be reused.For use with 96/384 well and PCR microplates

Axygen® Compression Mats are ideally suited to help reduce evaporation and ensure a proper seal when used in conjunction with Axygen PCR Microlates and PlateMax™ sealing films. Made of inert 100% virgin silicone, they are capable of withstanding numerous PCR cycles.For use with 96/384 well and PCR microplates

Resistant Polystyrene (PS) cutleryComplete rangeSterile sample handling, single bag

Resistant Polystyrene (PS) cutleryComplete rangeSterile sample handling, single bag

Resistant Polystyrene (PS) cutleryComplete rangeSterile sample handling, single bag

Polystyrene (PS)Packed in resealable bagCurved end or "T" endSterile"

Polystyrene (PS)Packed in resealable bagCurved end or "T" endSterile"

Axygen's PlateMax® Semi-Automatic Plate Sealer is ideal for the low-to-medium throughput laboratory that requires uniform and consistent sealing of microplates. Offering complete versatility, the PlateMax sealer will accept a full range of plates for PCR, assay or storage applications. It can be used to seal a wide range of plate heights. Sealing parameters are set and displayed via the user-friendly control panel and the seal…

Axygen® microplate sealing films are designed for applications ranging from PCR and Real-Time PCR to ELISA and cell culture. Axygen’s sealing films are the easiest and most cost-effective method for sealing plates. They can be used in wide temperature ranges, making them suitable for many applications.Compatible with the Axygen PlateMax Semi-Automated Plate Sealer (HS-1120, HS-1230)Application: low temperature compound storage…

Axygen® microplate sealing films are designed for applications ranging from PCR and Real-Time PCR to ELISA and cell culture. Axygen’s sealing films are the easiest and most cost-effective method for sealing plates. They can be used in wide temperature ranges, making them suitable for many applications.Compatible to use with the Axygen PlateMax Semi-Automated Plate Sealer (HS-1120, HS-1230)

Axygen® microplate sealing films are designed for applications ranging from PCR and Real-Time PCR to ELISA and cell culture. Axygen’s sealing films are the easiest and most cost-effective method for sealing plates. They can be used in wide temperature ranges, making them suitable for many applications.Compatible with the Axygen PlateMax Semi-Automated Plate Sealer (HS-1120, HS-1230)

Axygen® microplate heat sealing films are designed for applications ranging from PCR and Real-Time PCR to storage. Axygen’s sealing films are the easiest and most cost-effective way to seal plates. They can be used in a wide temperature ranges, making them suitable for nearly any application.Provides exceptional seal on multiple well plates under a wide range of temperatures and reagentsWhen used in conjunction with Axygen’s c…

Axygen® microplate heat sealing films are designed for applications ranging from PCR and Real-Time PCR to storage. Axygen’s sealing films are the easiest and most cost-effective way to seal plates. They can be used in a wide temperature ranges, making them suitable for nearly any application.Exceptional seal across entire plate safeguards samples during transport or storageCompatible with Agilent/V11

The use of paramagnetic bead based separation devices (MSDs) are an essential accessory in any magnetic bead based purification process. However, traditionally MSDs are not optimized for manual use and most require electrically powered liquid handling systems. The IMAG MSDs in its tube or microplates formats are designed to simplify the manual processing of magnetic bead based separation applications including: Nucleic acid pu…

The use of paramagnetic bead based separation devices (MSDs) are an essential accessory in any magnetic bead based purification process. However, traditionally MSDs are not optimized for manual use and most require electrically powered liquid handling systems. The IMAG MSDs in its tube or microplates formats are designed to simplify the manual processing of magnetic bead based separation applications including: Nucleic acid pu…

Axygen® EASY PRESS is a manual device which provides simple and effective application of Axymats and/or Impermamats to 24, 48, 96 or 384 well microplates, deep well plates, microtiter tube systems and PCR plates.The EASY PRESS can be quickly adjusted to handle any size plate of varying heights (384 PCR to 2mL deep well blocks) using the large thumbwheel.Suitable for deep well plates, PCR microplates in 96 and 384 formatsFlexib…

The AxyPrep Mag DyeClean Kit utilizes a unique paramagnetic bead-based sequencing purification system that is optimized for the removal of excess dye terminator from Sanger sequencing reactions. The process consists of a selective binding of DNA to the beads, a wash step for removing nucleotides, primers, and non-targeted amplicons, and elution of pure DNA. Through use of this kit you can achieve Rapid and reliable clean-up of…

The AxyPrep Mag DyeClean Kit utilizes a unique paramagnetic bead-based sequencing purification system that is optimized for the removal of excess dye terminator from Sanger sequencing reactions. The process consists of a selective binding of DNA to the beads, a wash step for removing nucleotides, primers, and non-targeted amplicons, and elution of pure DNA. Through use of this kit you can achieve Rapid and reliable clean-up of…

The AxyPrep Mag DyeClean Kit utilizes a unique paramagnetic bead-based sequencing purification system that is optimized for the removal of excess dye terminator from Sanger sequencing reactions. The process consists of a selective binding of DNA to the beads, a wash step for removing nucleotides, primers, and non-targeted amplicons, and elution of pure DNA. Through use of this kit you can achieve Rapid and reliable clean-up of…

The AxyPrep MAG Fragment Select-I Kit utilizes a unique paramagnetic bead technology for quick, high throughput DNA size selection. The unique paramagnetic beads allow for efficient separation and enrichment of DNA fragments, according to the length. The kit will perform efficient removal of primer-dimers, unincorporated nucleotides, enzymes or salts so there is no need for further clean-up steps. The purified DNA will then be…

The AxyPrep Mag PCR Clean-Up Kit is a unique paramagnetic bead-based post PCR clean-up kit designed for efficient removal of salts, primers, primer-dimers, dNTPs, and enzymes. Highly purified DNA is eluted with an optimized buffer so that it can be used directly for downstream applications, such as library construction, next generation sequencing (NGS), Sanger sequencing, cloning, restriction digestions, adapter ligation, and…

The AxyPrep Mag PCR Clean-Up Kit is a unique paramagnetic bead-based post PCR clean-up kit designed for efficient removal of salts, primers, primer-dimers, dNTPs, and enzymes. Highly purified DNA is eluted with an optimized buffer so that it can be used directly for downstream applications, such as library construction, next generation sequencing (NGS), Sanger sequencing, cloning, restriction digestions, adapter ligation, and…

(This is the suggested replacement for MAG-PCR-CL-70)The AxyPrep Mag PCR Clean-Up Kit is a unique paramagnetic bead-based post PCR clean-up kit designed for efficient removal of salts, primers, primer-dimers, dNTPs, and enzymes. Highly purified DNA is eluted with an optimized buffer so that it can be used directly for downstream applications, such as library construction, next generation sequencing (NGS), Sanger sequencing, cl…

The AxyPrep MAG PCR Normalizer Kit utilizes a paramagnetic bead-based technology for genomic DNA quantitation and concentration normalization. AxyPrep MAG PCR Normalizer beads have a limited binding surface so that a pre-defined amount of DNA can be isolated simply by adding a specific number of beads to your DNA sample. PCR normalization occurs during the purification process so that additional DNA quantification and dilution…