phenylacetylamine synthesis
indonesian_translation
phenylacetylamine derivative
indonesian_translation
phenylacetylamine analogs
indonesian_translation
phenylacetylamine assay
indonesian_translation
phenylacetylamine levels
indonesian_translation
phenylacetylamines detected
indonesian_translation
phenylacetylamine exposure
indonesian_translation
phenylacetylamine toxicity
indonesian_translation
phenylacetylamine receptor
indonesian_translation
phenylacetylamine binding
indonesian_translation
the phenylacetylamine derivative showed promising anticancer activity.
Derivat fenilasetilamin menunjukkan aktivitas anti-kanker yang menjanjikan.
researchers synthesized a novel phenylacetylamine compound for drug development.
Para peneliti mensintesis senyawa fenilasetilamin baru untuk pengembangan obat.
the phenylacetylamine structure contains a crucial amide group.
Struktur fenilasetilamin mengandung gugus amid yang penting.
this phenylacetylamine reaction produces a key intermediate for pharmaceuticals.
Reaksi fenilasetilamin ini menghasilkan senyawa antara penting untuk farmasi.
the phenylacetylamine molecule exhibits significant neuroprotective effects.
Molekul fenilasetilamin menunjukkan efek perlindungan saraf yang signifikan.
a phenylacetylamine-based inhibitor was developed to target specific enzymes.
Inhibitor berbasis fenilasetilamin dikembangkan untuk menargetkan enzim tertentu.
the phenylacetylamine analog demonstrated enhanced binding affinity.
Analog fenilasetilamin menunjukkan afinitas pengikatan yang ditingkatkan.
the preparation of phenylacetylamine requires careful ph control.
Persiapan fenilasetilamin memerlukan kontrol pH yang hati-hati.
phenylacetylamine is used in the synthesis of various pharmaceutical agents.
Fenilasetilamin digunakan dalam sintesis berbagai agen farmasi.
the phenylacetylamine group can be modified to improve drug potency.
Grup fenilasetilamin dapat dimodifikasi untuk meningkatkan potensi obat.
our study focuses on the phenylacetylamine synthesis pathway.
Studi kami berfokus pada jalur sintesis fenilasetilamin.
the phenylacetylamine compound displayed excellent stability.
Senyawa fenilasetilamin menunjukkan stabilitas yang sangat baik.
phenylacetylamine synthesis
indonesian_translation
phenylacetylamine derivative
indonesian_translation
phenylacetylamine analogs
indonesian_translation
phenylacetylamine assay
indonesian_translation
phenylacetylamine levels
indonesian_translation
phenylacetylamines detected
indonesian_translation
phenylacetylamine exposure
indonesian_translation
phenylacetylamine toxicity
indonesian_translation
phenylacetylamine receptor
indonesian_translation
phenylacetylamine binding
indonesian_translation
the phenylacetylamine derivative showed promising anticancer activity.
Derivat fenilasetilamin menunjukkan aktivitas anti-kanker yang menjanjikan.
researchers synthesized a novel phenylacetylamine compound for drug development.
Para peneliti mensintesis senyawa fenilasetilamin baru untuk pengembangan obat.
the phenylacetylamine structure contains a crucial amide group.
Struktur fenilasetilamin mengandung gugus amid yang penting.
this phenylacetylamine reaction produces a key intermediate for pharmaceuticals.
Reaksi fenilasetilamin ini menghasilkan senyawa antara penting untuk farmasi.
the phenylacetylamine molecule exhibits significant neuroprotective effects.
Molekul fenilasetilamin menunjukkan efek perlindungan saraf yang signifikan.
a phenylacetylamine-based inhibitor was developed to target specific enzymes.
Inhibitor berbasis fenilasetilamin dikembangkan untuk menargetkan enzim tertentu.
the phenylacetylamine analog demonstrated enhanced binding affinity.
Analog fenilasetilamin menunjukkan afinitas pengikatan yang ditingkatkan.
the preparation of phenylacetylamine requires careful ph control.
Persiapan fenilasetilamin memerlukan kontrol pH yang hati-hati.
phenylacetylamine is used in the synthesis of various pharmaceutical agents.
Fenilasetilamin digunakan dalam sintesis berbagai agen farmasi.
the phenylacetylamine group can be modified to improve drug potency.
Grup fenilasetilamin dapat dimodifikasi untuk meningkatkan potensi obat.
our study focuses on the phenylacetylamine synthesis pathway.
Studi kami berfokus pada jalur sintesis fenilasetilamin.
the phenylacetylamine compound displayed excellent stability.
Senyawa fenilasetilamin menunjukkan stabilitas yang sangat baik.
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