A&l Canada Laboratories Inc.

Greg Patterson

Keri Wang

George Lazarovits

Yibin Liu

Magda Konopka

Aref Bakhtazad

Jayshri Sabarinathan

Himanshu Shrinkhal

Zahra Ataee

Nicholas Scott Mitchell

Ata Haddadi

Bo Shan

An attenuated strain of cucumber green mottle mosaic virus (CGMMV) is useful to protect cucumber plants from infection with the wild-type infectious CGMMV strain. The genome of the attenuated virus contains at least one mutation or group of mutations selected from c.4969G&#x3e;A, c.3334C&#x3e;T, and a group of at least six of the mutations c.315G&#x3e;A; c.1498A&#x3e;G; c.1660C&#x3e;T; c.3430C&#x3e;T; c.3528A&#x3e;G; c.4144C&#x3e;T; c.4248C&#x3e;T; and c.6228C&#x3e;T. These mutated genomes encode one or more mutations selected from R163711 in the 186 kDa readthrough replication protein, A1092V in the 129 kDa replication protein and/or the 186 kDa readthrough replication protein, and at least six mutations selected from G86S, E480G, S534F, A1124V, N1157D, P1362L, P1397S in the 129 kDa replication protein and/or the 186 kDa readthrough replication protein, and the A156V mutation in the coat protein.

Biological control of cucumber green mottle mosaic virus

An attenuated strain of cucumber green mottle mosaic virus (CGMMV) is useful to protect cucumber plants from infection with the wild-type infectious CGMMV strain. The genome of the attenuated virus contains at least one mutation or group of mutations selected from c.4969G&#x3e;A, c.3334C&#x3e;T, and a group of at least six of the mutations c.315G&#x3e;A; c.1498A&#x3e;G; c.1660C&#x3e;T; c.3430C&#x3e;T; c.3528A&#x3e;G; c.4144C&#x3e;T; c.4248C&#x3e;T; and c.6228C&#x3e;T. These mutated genomes encode one or more mutations selected from R1637H in the 186 kDa readthrough replication protein, A1092V in the 129 kDa replication protein and/or the 186 kDa readthrough replication protein, and at least six mutations selected from G86S, E480G, S534F, A1124V, N1157D, P1362L, P1397S in the 129 kDa replication protein and/or the 186 kDa readthrough replication protein, and the A156V mutation in the coat protein.

It is contemplated that the present invention can provide methods and systems for the near-simultaneous frame acquisition from multiple cameras. This can be achieved in two different ways. If the cameras are set to work in triggering mode, the triggering of a first camera and a subsequent camera are adjusted by overlapping the trigger signals and image communication control signals of each camera in order to capture near-simultaneous images from each of the cameras. If the cameras are in video mode, they will be kept synchronous by using a common clock and starting them at the same time. As each camera generates frames, individual, corresponding frames are sampled from each camera in a sequential manner upon receiving a triggering signal. In this way, near simultaneous images can be sampled and saved from multiple cameras in video mode.

System and method for multiplexing MIPI multispectral imaging devices

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London, Canada

Greg Patterson