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JAmp© Juan Amplification WSSV Detection Kit (Old name: LAMP Kit for Shrimp Pathogens)

JAmp© Juan Amplification WSSV Detection Kit (Old name: LAMP Kit for Shrimp Pathogens)

• NCR

Aquaculture Industry
Products
Shrimp

JAmp© Juan Amplification WSSV Detection Kit (Old name: LAMP Kit for Shrimp Pathogens)

Loop-Mediated Isothermal Amplification (LAMP) diagnostic kit is a practical alternative to the conventional polymerase chain reaction (PCR) and standard microbiological techniques in the detection of White Spot Syndrome Virus (WSSV). It is 10x more sensitive for the detection of WSSV compared to PCR. It is aided by a heat block apparatus which replaces the expensive thermal cycler. Results can also be obtained within 1 hour. Due to its convenience, simplicity and speed of detection, it can be used on-site. Diagnostic kit utilizing locally fabricated machine will significantly bring down the cost of pathogen detection in the country.
Biosensor Kit for Shrimp Pathogens (Target Optimization in Nucleic Acid Based lateral Flow Strip Biosensor (LFSB) Detection)

Biosensor Kit for Shrimp Pathogens (Target Optimization in Nucleic Acid Based lateral Flow Strip Biosensor (LFSB) Detection)

• NCR

Aquaculture Industry
Products • System
Shrimp

Biosensor Kit for Shrimp Pathogens (Target Optimization in Nucleic Acid Based lateral Flow Strip Biosensor (LFSB) Detection)

One of the keys to reducing the risk of diseases in shrimp is prevention and early detection. Affordable, rapid, and easy to use for diagnosis of pathogen for shrimps method that involves the use of genome-based lateral flow strip biosensor has been developed as a diagnostic platform for white spot syndrome virus (WSSV) and other shrimp pathogens. The test strips are field-ready, with an extraction and mobile device kit for first level screening of pathogens on site. Test strips may also be coupled with polymerase chain reaction (PCR) amplification of DNA extracts for faster and low level detection. The test strips may be multiplexed for simultaneous detection of more than one pathogen. The use of mobile strip reader and an accompanying application (app) instantaneously allows the test results of the diagnostic strips to be fed into an on-line pathogen information resource and biosurveillance system. The mobile strip reader will link the data captured by the app to the cloud server, which in turn is linked to a biosurveillance data center at the Southeast Asian Fisheries Development Center (SEAFDEC).
Biosensor Kit for Shrimp Pathogens (Lateral Flow Strip Biosensor (LFSB) Signal Amplification in Nucleic Acid Based Detection)

Biosensor Kit for Shrimp Pathogens (Lateral Flow Strip Biosensor (LFSB) Signal Amplification in Nucleic Acid Based Detection)

• NCR

Aquaculture Industry
Products • System
Shrimp

Biosensor Kit for Shrimp Pathogens (Lateral Flow Strip Biosensor (LFSB) Signal Amplification in Nucleic Acid Based Detection)

One of the keys to reducing the risk of diseases in shrimp is prevention and early detection. Affordable, rapid, and easy to use for diagnosis of pathogen for shrimps method that involves the use of genome-based lateral flow strip biosensor has been developed as a diagnostic platform for white spot syndrome virus (WSSV) and other shrimp pathogens. The test strips are field-ready, with an extraction and mobile device kit for first level screening of pathogens on site. Test strips may also be coupled with polymerase chain reaction (PCR) amplification of DNA extracts for faster and low level detection. The test strips may be multiplexed for simultaneous detection of more than one pathogen. The use of mobile strip reader and an accompanying application (app) instantaneously allows the test results of the diagnostic strips to be fed into an on-line pathogen information resource and biosurveillance system. The mobile strip reader will link the data captured by the app to the cloud server, which in turn is linked to a biosurveillance data center at the Southeast Asian Fisheries Development Center (SEAFDEC).
Local Riding-type Rice Transplanter

Local Riding-type Rice Transplanter

2018 • Region 3

Rice Industry
Products
Rice

Local Riding-type Rice Transplanter

Suitable for transplanting inbred and hybrid rice. It can transplant 2 to 6 seedlings per hill at a planting depth of 2-6 cm, hill spacing of 12-18 cm, and row spacing of 30 cm. Helps minimize labor cost compared to manual transplanting, which requires 20-25 persons/day/ha and takes only two persons to complete transplanting activities and has a planting capacity of 2 ha/day with 24 hills/m2 planting density.

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