2-bromo-4-(hydroxymethyl)benzonitrile

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.

Conditions: temp:22.01; pressure:0.00; stir:

Procedure: The next morning, the Mosquito(R) was used to dilute the 100 mM reactions to 50 mM via addition of 1 uL DMSO to each reaction well, followed by dispense mixing. The reactions were diluted with 3x1 uL DMSO (containing PhPh as an internal standard) using the Mosquito(R). The reactions were mixed after each dispense operation. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC. Mosquito(R) was used to transfer 1 uL of each quenched reaction from the 1,536-well reaction plate to 384-well analytical plates containing 60 uL DMSO for analysis by UPLC.