Liquid Biopsy
Liquid Biopsy Urine DNA qPCR Mix 1 ml – 200 Rxns
Urine is an ideal clinical specimen because it is excreted in large quantities, is non-invasive, and it can be self-sampled.
Urine specimens can be used in the early detection of minimal residual disease (MRD) of bladder cancer1 , kidney cancer2, cervical cancer3 and prostate cancer4. However, urine contains substances such as urea and nucleases that can damage DNA or inhibit the PCR reaction. Meridian’s Liquid Biopsy Urine qPCR Mix is unique in that it enables highly sensitive, very fast detection of target DNA directly from high concentrations of urine. Furthermore, this mix can be used in a wet format or lyophilized to create ambient-temperature stable.
Liquid Biopsy Urine DNA qPCR Mix 1 ml – 200 Rxns
Urine is an ideal clinical specimen because it is excreted in large quantities, is non-invasive, and it can be self-sampled.
Urine specimens can be used in the early detection of minimal residual disease (MRD) of bladder cancer1 , kidney cancer2, cervical cancer3 and prostate cancer4. However, urine contains substances such as urea and nucleases that can damage DNA or inhibit the PCR reaction. Meridian’s Liquid Biopsy Urine qPCR Mix is unique in that it enables highly sensitive, very fast detection of target DNA directly from high concentrations of urine. Furthermore, this mix can be used in a wet format or lyophilized to create ambient-temperature stable.
Liquid Biopsy Urine DNA qPCR Mix 5 ml – 1000 Rxns
Urine is an ideal clinical specimen because it is excreted in large quantities, is non-invasive, and it can be self-sampled.
Urine specimens can be used in the early detection of minimal residual disease (MRD) of bladder cancer1 , kidney cancer2, cervical cancer3 and prostate cancer4. However, urine contains substances such as urea and nucleases that can damage DNA or inhibit the PCR reaction. Meridian’s Liquid Biopsy Urine qPCR Mix is unique in that it enables highly sensitive, very fast detection of target DNA directly from high concentrations of urine. Furthermore, this mix can be used in a wet format or lyophilized to create ambient-temperature stable.
Liquid Biopsy Urine DNA qPCR Mix 5 ml – 1000 Rxns
Urine is an ideal clinical specimen because it is excreted in large quantities, is non-invasive, and it can be self-sampled.
Urine specimens can be used in the early detection of minimal residual disease (MRD) of bladder cancer1 , kidney cancer2, cervical cancer3 and prostate cancer4. However, urine contains substances such as urea and nucleases that can damage DNA or inhibit the PCR reaction. Meridian’s Liquid Biopsy Urine qPCR Mix is unique in that it enables highly sensitive, very fast detection of target DNA directly from high concentrations of urine. Furthermore, this mix can be used in a wet format or lyophilized to create ambient-temperature stable.
Liquid Biopsy Urine DNA qPCR Mix 50 ml – 10000 Rxns
Urine is an ideal clinical specimen because it is excreted in large quantities, is non-invasive, and it can be self-sampled.
Urine specimens can be used in the early detection of minimal residual disease (MRD) of bladder cancer1 , kidney cancer2, cervical cancer3 and prostate cancer4. However, urine contains substances such as urea and nucleases that can damage DNA or inhibit the PCR reaction. Meridian’s Liquid Biopsy Urine qPCR Mix is unique in that it enables highly sensitive, very fast detection of target DNA directly from high concentrations of urine. Furthermore, this mix can be used in a wet format or lyophilized to create ambient-temperature stable.
Liquid Biopsy Urine DNA qPCR Mix 50 ml – 10000 Rxns
Urine is an ideal clinical specimen because it is excreted in large quantities, is non-invasive, and it can be self-sampled.
Urine specimens can be used in the early detection of minimal residual disease (MRD) of bladder cancer1 , kidney cancer2, cervical cancer3 and prostate cancer4. However, urine contains substances such as urea and nucleases that can damage DNA or inhibit the PCR reaction. Meridian’s Liquid Biopsy Urine qPCR Mix is unique in that it enables highly sensitive, very fast detection of target DNA directly from high concentrations of urine. Furthermore, this mix can be used in a wet format or lyophilized to create ambient-temperature stable.