The MGB Alert Internal Control Set IC2-B consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use as an un-assayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-B can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes. QTY-25@480 reactions.
OLD
Internal Polymerase Chain Reaction Control, Not Assay Specific
1
MGB Alert Internal Control Set IC2-B, 480 rxn QTY-25
MGB Alert® CMV 3.0 Probe Mix is an analyte specific reagent that contains a chem
MGB Alert® CMV 3.0 Probe Mix is an analyte specific reagent that contains a chemically synthesized DNA oligonucleotide designed to detect nucleic acid sequences from CMV (Cytomegalovirus). The probe is labeled with 6-carboxyfluorescein and has an excitation wavelength maxima of 492 nm and an emission wavelength maxima of 516 nm. QTY-100@480 reactions.
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-C can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes. QTY-100@480 reactions.
OLD
Internal Polymerase Chain Reaction Control, Not Assay Specific
1
MGB Alert Internal Control Set IC2-C -480 rxn QTY-100
MGB Alert® BK Virus Probe Mix is an analyte specific reagent that contains a che
MGB Alert® BK Virus Probe Mix is an analyte specific reagent that contains a chemically synthesized DNA oligonucleotide designed to detect nucleic acid sequences from BK Virus. The mix consists of one probe at 1.5 nmol per vial in a 1X TE buffer solution. The probe is labeled with 6-carboxyfluorescein and has an excitation wavelength maxima of 492 nm and an emission wavelength maxima of 516 nm. QTY 100 vials @ 480 reactions each.
MVU
Reagents, Specific, Analyte
1
MGB Alert® BKV Probe Mix ASR - 480 Reactions QTY-100
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use as an un-assayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-C can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes. QTY-25@480 reactions.
OLD
Internal Polymerase Chain Reaction Control, Not Assay Specific
1
MGB Alert Internal Control Set IC2-C -480 rxn QTY-25
MGB Alert® BK Virus Probe Mix is an analyte specific reagent that contains a che
MGB Alert® BK Virus Probe Mix is an analyte specific reagent that contains a chemically synthesized DNA oligonucleotide designed to detect nucleic acid sequences from BK Virus. The mix consists of one probe at 1.5 nmol per vial in a 1X TE buffer solution. The probe is labeled with 6-carboxyfluorescein and has an excitation wavelength maxima of 492 nm and an emission wavelength maxima of 516 nm. 25 vials; each 480 reactions.
MVU
Reagents, Specific, Analyte
1
MGB Alert® BKV Probe Mix ASR - 480 Reactions QTY-25
MGB Alert® BK Virus Primer Mix contains chemically synthesized DNA oligonucleoti
MGB Alert® BK Virus Primer Mix contains chemically synthesized DNA oligonucleotides designed to amplify nucleic acid sequences from BK Virus. The mix consists of a total of 2.6 nmol of primers per vial in a 1X TE buffer solution. The primers amplify a 72 nucleic acid sequence from the VP1 region of BK Virus. QTY 25 @ 480 reactions.
MVU
Reagents, Specific, Analyte
1
MGB Alert® BKV Primer Mix ASR - 480 Reactions QTY 25
MGB Alert® CMV 3.0 Probe Mix is an analyte specific reagent that contains a chem
MGB Alert® CMV 3.0 Probe Mix is an analyte specific reagent that contains a chemically synthesized DNA oligonucleotide designed to detect nucleic acid sequences from CMV (Cytomegalovirus). The probe is labeled with 6-carboxyfluorescein and has an excitation wavelength maxima of 492 nm and an emission wavelength maxima of 516 nm. QTY-25@480 reactions.
MGB Alert® BK Virus Primer Mix contains chemically synthesized DNA oligonucleoti
MGB Alert® BK Virus Primer Mix contains chemically synthesized DNA oligonucleotides designed to amplify nucleic acid sequences from BK Virus. The mix consists of a total of 2.6 nmol of primers per vial in a 1X TE buffer solution. The primers amplify a 72 nucleic acid sequence from the VP1 region of BK Virus. QTY 100; 480 reactions each.
MVU
Reagents, Specific, Analyte
1
MGB Alert® BKV Primer Mix ASR - 480 Reactions QTY 100
MGB Alert® CMV 3.0 Primer Mix contains chemically synthesized DNA oligonucleotid
MGB Alert® CMV 3.0 Primer Mix contains chemically synthesized DNA oligonucleotides designed to amplify nucleic acid sequences from the IE1 region of CMV (Cytomegalovirus). QTY-100@ 480reactions.
MVU
Reagents, Specific, Analyte
1
MGB Alert® CMV 3.0 Primer Mix ASR - 480 Reactions QTY-100
MGB Alert® CMV 3.0 Primer Mix contains chemically synthesized DNA oligonucleotid
MGB Alert® CMV 3.0 Primer Mix contains chemically synthesized DNA oligonucleotides designed to amplify nucleic acid sequences from the IE1 region of CMV (Cytomegalovirus). QTY-25@ 480reactions.
MVU
Reagents, Specific, Analyte
1
MGB Alert® CMV 3.0 Primer Mix ASR - 480 Reactions QTY-25
The MGB Alert Internal Control MS2 RNA Template consists of an RNA bacteriophage
The MGB Alert Internal Control MS2 RNA Template consists of an RNA bacteriophage intended for use as an internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The MS2 Internal Control can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The internal control is not intended to monitor other real-time PCR processes.
MGB Alert MS2 Internal Control RNA Template (480uL volume)
The MGB Alert Internal Control MS2 DNA Template consists of a DNA plasmid intend
The MGB Alert Internal Control MS2 DNA Template consists of a DNA plasmid intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The MS2 Internal Control can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The internal control is not intended to monitor other real-time PCR processes.
MGB Alert MS2 Internal Control DNA Template (250uL volume)
The MGB Alert Internal Control IC2 Template consists of a DNA plasmid intended f
The MGB Alert Internal Control IC2 Template consists of a DNA plasmid intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The IC2 Internal Control can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The internal control is not intended to monitor other real-time PCR processes.
MGB Alert IC2 Internal Control Template (250uL volume)
The MGB Alert Internal Control IC2 Template consists of a DNA plasmid intended f
The MGB Alert Internal Control IC2 Template consists of a DNA plasmid intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The IC2 Internal Control can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The internal control is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control IC1 Template consists of a DNA plasmid intended f
The MGB Alert Internal Control IC1 Template consists of a DNA plasmid intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The IC1 Internal Control can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The internal control is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as an un-assayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1 can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
MGB Alert IC1 Internal Control Template (35uL volume)
The MGB Alert Internal Control Set IC1 DSQ contains the MGB Alert IC1 DNA Templa
The MGB Alert Internal Control Set IC1 DSQ contains the MGB Alert IC1 DNA Template, the MGB Alert IC1 v3.0 Primers, and the MGB AlertIC1 DSQ Probe. When used as intended, the Internal Control Set IC1 DSQ will detect systemic variation that may arise during the nucleic acidextraction and amplification processes associated with real-time PCR assays.
The MGB Alert Internal Control Set IC1 DSQ contains the MGB Alert IC1 DNA Templa
The MGB Alert Internal Control Set IC1 DSQ contains the MGB Alert IC1 DNA Template, the MGB Alert IC1 v3.0 Primers, and the MGB AlertIC1 DSQ Probe. When used as intended, the Internal Control Set IC1 DSQ will detect systemic variation that may arise during the nucleic acidextraction and amplification processes associated with real-time PCR assays.
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-C can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes. QTY-100@480 reactions.
MGB Alert Internal Control Set IC2-C -480 rxn QTY-100
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use as an un-assayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-C can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes. QTY-25@480 reactions.
MGB Alert Internal Control Set IC2-C -480 rxn QTY-25
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use as an un-assayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-B can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes. QTY-25@480 reactions.
MGB Alert Internal Control Set IC2-B, 480 rxn QTY-25
The MGB Alert Internal Control Set IC1-C consists of reagents intended for use a
The MGB Alert Internal Control Set IC1-C consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1-C can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes
The MGB Alert Internal Control Set IC2-H consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-H consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-H can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1-A consists of reagents intended for use a
The MGB Alert Internal Control Set IC1-A consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1-A can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1-V consists of reagents intended for use a
The MGB Alert Internal Control Set IC1-V consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1-V can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-C can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-C consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-C can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-B can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2 consists of reagents intended for use as
The MGB Alert Internal Control Set IC2 consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2 can be used to detect systemicvariation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is notintended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1 can be used to detect systemicvariation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is notintended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set MS2-E consists of reagents intended for use a
The MGB Alert Internal Control Set MS2-E consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set MS2-E can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set MS2-M consists of reagents intended for use a
The MGB Alert Internal Control Set MS2-M consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set MS2-M can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-B can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2 consists of reagents intended for use as
The MGB Alert Internal Control Set IC2 consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2 can be used to detect systemicvariation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is notintended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1 can be used to detect systemicvariation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is notintended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1-L consists of reagents intended for use a
The MGB Alert Internal Control Set IC1-L consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1-L can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-8 consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-8 consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-8 can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-T consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-T consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-T can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-T consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-T consists of reagents intended for use as an unassayed internal extraction and amplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-T can be used to detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is not intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1-A consists of reagents intended for use a
The MGB Alert Internal Control Set IC1-A consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1-A can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as
The MGB Alert Internal Control Set IC1 consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC1 can be used to detect systemicvariation that may arise during the extraction and amplification process associated with real-time PCR assays. The set is notintended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use a
The MGB Alert Internal Control Set IC2-B consists of reagents intended for use as an unassayed internal extraction and amplificationprocess control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-B can be used to detectsystemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. The set isnot intended to monitor other real-time PCR processes.
The MGB Alert Internal Control Set IC2-BH consists of reagents intended for use
The MGB Alert Internal Control Set IC2-BH consists of reagents intended for use as an unassayed internal extraction andamplification process control in any real-time polymerase chain reaction (PCR) assay. The Internal Control Set IC2-BH can be usedto detect systemic variation that may arise during the extraction and amplification process associated with real-time PCR assays. Theset is not intended to monitor other real-time PCR processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.
Internal control used in real-time polymerase chain reaction (pcr) assays to det
Internal control used in real-time polymerase chain reaction (pcr) assays to detect systemic variation that may arise during the extraction and amplification process associated with real-time pcr assays. It is not intended to monitor other real-time pcr processes.