Peanut Mottle
Virus (PeMoV) - DAS ELISA Home Products
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Catalog #: V162
Source Antibody: Rabbit polyclonal antibody for both capture and
detection.
Test Format: DAS ELISA
Reactivity: The test reacted with all PeMoV isolates tested.
Reaction of the ELISA is strong. Optical Density at 405nm
is in arrange of 1.100 - >3.250 depending on the virus titer in the samples tested.
Sensitivity: Sensitivity of the ELISA is high.
The virus can be consistently detected in infected plant tissues diluted
at 1:810 - 1:2430.
Specificity: There is no cross reaction with healthy plant
tissues such as peanut or other host plants. Background is
low on all of the
negative control wells.
Application: The test can be used to detect PeMoV in infected
host plants.
Products:
|
Catalog Number |
Description |
Test
Wells
|
Price
$US
|
Ship
Weight
(Estimated) |
|
V162-R1 |
ELISA Reagents, Alkaline Phosphatase |
500 |
230 |
2 lb (1 kg) |
|
V162-R2 |
ELISA Reagents, Alkaline Phosphatase |
1000 |
395 |
3 lb (1.5 kg) |
|
V162-R3 |
ELISA Reagents, Alkaline Phosphatase |
5000 |
1590 |
12 lb (6 kg) |
|
V162-R4 |
ELISA Reagents, Alkaline Phosphatase |
100 |
85 |
1 lb (0.5 kg) |
|
V162-K1 |
ELISA Kit, Alkaline Phosphatase |
500 |
335 |
2 lb (1 kg) |
|
V162-K2 |
ELISA Kit, Alkaline Phosphatase |
1000 |
525 |
3 lb (1.5 kg) |
|
V162-C1 |
Coating Antibody |
500 |
115 |
2 lb (1 kg) |
|
V162-C2 |
Coating Antibody |
1000 |
205 |
2 lb (1 kg) |
|
V162-C3 |
Coating Antibody |
5000 |
725 |
2 lb (1 kg) |
|
V162-D1 |
Detecting conjugate, Alkaline Phosphatase |
500 |
140 |
2 lb (1 kg) |
|
V162-D2 |
Detecting conjugate, Alkaline Phosphatase |
1000 |
225 |
2 lb (1 kg) |
|
V162-D3 |
Detecting conjugate, Alkaline Phosphatase |
5000 |
900 |
2 lb (1 kg) |
|
V162-P2 |
ELISA control, positive |
18 |
15 |
1 lb (0.5 kg) |
|
V162-N1 |
Negative control |
18 |
15 |
1 lb (0.5 kg) |
| M004-1 |
Buffers for DAS/TAS, alkaline
phosphatase |
500 |
90 |
2
lb (1.0 kg) |
| M004-2 |
Buffers for DAS/TAS, alkaline
phosphatase |
1000 |
120 |
3
lb (1.5 kg) |
| M004-3 |
Buffers for DAS/TAS, alkaline
phosphatase |
5000 |
350 |
6
lb (3.0 kg) |
It is easy and convenient To Place
An Order
To know more about the products: Product
Items
To learn how to perform the test: Instructions
for DAS ELISA
To be familiar with other components: Buffer
Sets; Controls
Information About the Virus
Name: Peanut Mottle Virus
Acronym: PeMoV
Synonyms: groundnut mottle virus, peanut mild mosaic virus,
peanut severe mosaic virus
Group/Genus: Potyvirus
Vector: Transmitted by a vector; an insect; Aphis craccivora, A.
gossypii, Hyperomyzus lactucae, Myzus persicae, Rhopalosiphum padi;
Aphididae. Transmitted in a non-persistent manner (A. craccivora can
remain infective for 2 hours and M. persicae for 12 hours after
acquisition (Paguio and Kuhn, 1974)).
Transmission: Virus transmitted by mechanical inoculation; transmitted by
seed (0.02-2% in Arachis hypogaea; to 1% in Phaseolus vulgaris and
to 0.008% in Vigna unguiculata (Demski et al., 1983), but not in
Glycine max, Pisum sativum, Cassia obtusifolia).
Main natural host plants: Arachis hypogaea, Arachis pintoi,
Cassia bicapsularis (east Africa) and C. leptocarpa, C. occidentalis,
C. tora, Glycine max, Phaseolus vulgaris, Pisum sativum,
Stylosanthes sp.
Virus Infection: Symptoms include chlorotic ringspots in leave,
mottling with necrosis and mosaic, leaf mottling and necrosis, mild leaf
chlorosis and stunting. Symptoms persist.
Diagnostically susceptible host species and symptoms: Arachis hypogaea
- necrotic local lesions, then systemic mottling, mosaic, necrosis; Cassia
occidentalis - systemic mosaic; not infected by severe strain; Glycine
max - systemic dark green mottling, crinkling, blistering and malformation;
Phaseolus vulgaris - chlorotic local lesions; only some strains systemic;
Nicotiana clevelandii - systemic mottling.
Geographical distribution: Spreads in the
African region, the Eastern Asian region, and the South and Central American
region; Australia (the north east), Colombia, India (possibly), Japan, Malaysia,
the Philippines, Taiwan, the USA (in the south east).
References:
1. Bock, K.R. and Kuhn, C.W. (1975). CMI/AAB Descr. Pl. Viruses
No. 141, 4 pp.
2. Morales, F.J., Castano, M., Velasco, A.C., Arroyave, J. and
Zettler, F.W. (1991). Plant Dis. 75: 1090.
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