Test systems for crop production
Name
Catalog #
Qty
Name
Potato virus Y (PVY) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Potato virus X (PVX) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Alfalfa mosaic virus (AMV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Cucurbit aphid-borne yellows virus (CABYV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Potato spindle tuber viroid (PSTVd) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Zucchini yellow mosaic virus (ZYMV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Tobacco streak virus (TSV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Beet pseudoyellows virus (BPYV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Tomato spotted wilt virus (TSWV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Tomato brown rugose fruit virus (ToBRFV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Pepino mosaic virus (PepMV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Tobacco mosaic virus (TMV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Tomato mosaic virus (ToMV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Cucumber mosaic virus (CMV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Cucumber green mottle mosaic virus (CGMMV) detection kit
The kit is designed to perform reverse transcription of isolated RNA, followed by real-time amplification of the resulting cDNA fragment using fluorescent probes in a one-step method.
Name
Ralstonia solanacearum detection kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Pseudomonas syringae detection kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Tomato yellow leaf curl virus (TYLCV) Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Pseudomonas savastanoi pv. Phaseolicola Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Leptosphaeria maculans Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Pseudomonas genus bacteria Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Clavibacter michiganensis subsp. michiganensis Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Pythium genus fungi Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Fusarium genus fungi Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Fusarium oxysporum Detection Kit
The kit is designed for performing real-time amplification of a specific genomic region of a pathogen in DNA samples extracted from plant material using fluorescent probes.
Name
Test system for DNA determination of Fusarium sambucinum
The test system is designed to detect Fusarium sambucinum DNA in a biological sample by polymerase chain reaction (PCR) in real time using a fluorescent probe.