Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
Table 1: Adoption of lateral flow assay for detection of plant pathogens
1
Figure 2: The sample extraction method takes 30 seconds (Danks and Barker, 2000). Whole or parts from plant leaves are placed into the bottle containing extraction buffer. The bottle is shaken for 20 seconds, then a few drops are added to the LFD kit
Figure 3: Development of the LFD test result (Danks and Barker, 2000). An actual positive and negative result using a Pocket Diagnostic device (results obtained after 3 minutes after sample addition) +ve (2 blue lines - control and test (C and T)) indicates a positive result; -ve (1 blue line – control only (C)) indicates a negative result
Figure 4: Lateral-flow assay/devise components. (Korf and Amerongen, 2009; El-Badry, 2005; http://www.rapid-diagnostics.org/index.htm )
People also read
Scientific Correspondence
Crop Residue Management in Cotton
A. V. Ramanjaneyulu, B. Ramprasad, N. Sainath, E. Umarani, Ch. Pallavi, J. Vijay and R. JagadeeshwarCotton residue, burning, pollution, management, multicrop shedder
Published online: 04 Mar 2021
Popular Article
Sustainable Rice Production in India Through Efficient Water Saving Techniques
S. Vijayakumar, V. Karunakaran, R. Gobinath, K. Basavaraj, B. Raghavendra Goud, Naseeruddin Sha, Vakada Manasa and S. AravindanRice, Perception, Problems, Water-smart technologies, DSR
Published online: 31 Mar 2022
Popular Article
Broomrape (Orobanche sp.) Management in Indian Mustard
Tanmay Das, Teekam Singh and Prakash SonnadBroomrape, mustard, parasitic weeds
Published online: 28 Mar 2023
Popular Article
Pulses - Boon for Human and Soil Health
M. Ranjith and S. SrideviClimate change, nutrition, pulses, soil health, GHG emissions
Published online: 21 Jun 2021
Popular Article
Black Rice Cultivation in India – Prospects and Opportunities
Sanjoy Saha, S. Vijayakumar, Sanjana Saha, Ashirbachan Mahapatra, R. Mahender Kumar and R. M. SundaramAnthocyanin, Black rice, Forbidden rice, Nutritional value, Prospects
Published online: 27 May 2022
Scientific Correspondence
Management of Neck Injury with Tracheal Perforation Due to Rubber Band in Monkey: A Case Report
Reshma Jain, B. P. Shukla, Astha Chaurasia and Nishant ShuklaMonkey, rubber band, tracheal perforation
Published online: 13 Mar 2021