No renderable structure data available
CC(=O)NC1=CC=C(C=C1)COChemical Intermediate
Structures, identifiers and computed properties have been matched to the database record by CAS.
| Intermediates | N-[4-(hydroxymethyl)phenyl]acetamide |
|---|---|
| IUPAC Name | — |
| CAS Number | 16375-88-5 |
| Database ID | 152141 |
| Molecular Formula | — |
| Molecular Weight | — |
Product Information
N-[4-(hydroxymethyl)phenyl]acetamide (CAS 16375-88-5) product identity, structure identifiers and related reaction data for chemical intermediate research and sourcing review.
Potential Applications
For professional research and industrial use only
Database ID 152141
Safety Notice
For professional research and industrial use only. Review the supplier safety data sheet before handling.
Synthesis data
12 reactions · 12 references
Conditions: temp:0.00; pressure:0.00; stir:
Source ID: ord-f2f95b129667486e8b96607a39f032e3Conditions: temp:0.00; pressure:0.00; stir:
Source ID: ord-c636aa4b499e474d8cfd3489b4ad4069Conditions: 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.
Source ID: ord-c570d1cdaf3546148602062efa78b05dConditions: 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.
Source ID: ord-8c515f657d084b8788a2859b68f7d491Conditions: 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.
Source ID: ord-506201f9d8f043c3bbadc4b9edec04f5Conditions: 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.
Source ID: ord-a675fe2b6e194312a11b6d17123a03fcConditions: 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.
Source ID: ord-bddb269be46c4726ab5d56d3cc3e3fedConditions: 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.
Source ID: ord-9a7b01dc865047b2acae2716a46a6951Conditions: 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.
Source ID: ord-9d5631d57a3043f2a2cb4600d18daaacConditions: 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.
Source ID: ord-2bac041997d741efb6f54a69af8c32e8Conditions: 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.
Source ID: ord-c482788eef5246e1841d831e9cef3de9Conditions: 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.
Source ID: ord-c7b26505ba884342b6de1e2e857f7ec6PubChem References
These sources are listed in the compound's public database record.
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