4,4,4-trifluorobutanal

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

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

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

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

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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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 quenched with 1 uL saturated aqueous NaHCO3. The reactions were quenched with 1 uL water. The reactions were diluted to approximately 10 mM. 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.