Triple-Resonance Backbone
|
Triple-Resonance Backbone |
3D HNCO experiment)
- 3D HNCO using PEP (hncogp3d | HNCOGP3D
3D HNCO using WATERGATE (hncogpwg3d | HNCOGPWG3D) 3D HNCO using TROSY (trhncogp3d | TRHNCOGP3D) 3D HNCO using TROSY and gradient echo-antiecho (trhncoetgp3d | TRHNCOETGP3D) 3D HNCO with 2H-decoupling and TROSY (trhncogp2h3d | TRHNCOGP2H3D) 3D HNCA experiment )
- 3D HNCA using PEP (hncagp3d | HNCAGP3D
3D HNCA using WATERGATE (hncagpwg3d | HNCAGPWG3D) 3D HNCA using WATERGATE with 2H-decoupling (hncagpwg2h3d | HNCAGPWG2H3D) 3D HNCA with selective Cb/C=O decoupling (hncadhgp3d) 3D HNCA with 1H-decoupling using TROSY and HMQC steps (trhncagp3d | TRHNCAGP3D) 3D HNCA with 1H-decoupling using TROSY (trhncagp3d2 | TRHNCAGP3D2) 3D HNCA using TROSY and gradient echo-antiecho (trhncaetgp3d | TRHNCAETGP3D) 3D HNCA with 2H-decoupling and TROSY and gradient echo-antiecho (trhncaetgp2h3d | TRHNCAETGP2H3D) 3D HNCA using TROSY and HMQC steps (trhncagp3d.2 | TRHNCAGP3D.2) 3D HNCA using TROSY (trhncagp3d2.2 | TRHNCAGP3D2.2) 3D HNCA with 2H-decoupling and PEP (hncagp2h3d | HNCAGP2H3D) 3D HNCA with 2H-decoupling and TROSY and HMQC steps (trhncagp2h3d | TRHNCAGP2H3D) 3D HNCA with 2H-decoupling and TROSY (trhncagp2h3d2 | TRHNCAGP2H3D2) 3D intra-HNCA experiment )
- 3D intra-HNCA using PEP (hncaigp3d | HNCAIGP3D
3D intra-HNCA with 2H-decoupling and PEP (hncaigp2h3d | HNCAIGP2H3D) 3D intra-HNCA using WATERGATE (hncaigpwg3d | HNCAIGPWG3D) 3D intra-HNCA with 2H-decoupling and WATERGATE (hncaigpwg2h3d | HNCAIGPWG2H3D) 3D intra-HNCA using TROSY (trhncaigp3d | TRHNCAIGP3D) 3D intra-HNCA with 2H-decoupling and TROSY (trhncaigp2h3d | TRHNCAIGP2H3D) 3D intra-HNCA using TROSY and gradient echo-antiecho (trhncaietgp3d | TRHNCAIETGP3D) 3D intra-HNCA with 2H-decoupling and TROSY and gradient echo-antiecho (trhncaietgp2h3d | TRHNCAIETGP2H3D) 3D Sequential-HNCA experiment )
- 3D Sequential-HNCA using TROSY (seqtrhncagp3d | SEQTRHNCAGP3D
3D Sequential-HNCA with 2H-decoupling and TROSY (seqtrhncagp2H3d | SEQTRHNCAGP2H3D) 3D Sequential-HNCA using TROSY and gradient echo-antiecho (seqtrhncaetgp3d | SEQTRHNCAETGP3D) 3D Sequential-HNCA with 2H-decoupling and TROSY and gradient echo-antiecho (seqtrhncaetgp2h3d | SEQTRHNCAETGP2H3D) 3D HN(CO)CA experiment )
- 3D HN(CO)CA using PEP (hncocagp3d | HNCOCAGP3D
3D HN(CO)CA with 2H-decoupling and PEP (hncocagp2h3d | HNCOCAGP2H3D) 3D HN(CO)CA using WATERGATE (hncocagpwg3d | HNCOCAGPWG3D) 3D HN(CO)CA with 2H-decoupling and WATERGATE (hncocagpwg2h3d | HNCOCAGPWG2H3D) 3D HN(CO)CA using TROSY (trhncocagp3d | TRHNCOCAGP3D) 3D HN(CO)CA with 2H-decoupling and TROSY (trhncocagp2h3d | TRHNCOCAGP2H3D) 3D HN(CO)CA using TROSY and gradient echo-antiecho (trhncocaetgp3d | TRHNCOCAETGP3D) 3D HN(CO)CA with 2H-decoupling and TROSY and gradient echo-antiecho (trhncocaetgp2h3d | TRHNCOCAETGP2H3D) 3D HN(CA)CO experiment )
- 3D HN(CA)CO using PEP (hncacogp3d | HNCACOGP3D
3D HN(CA)CO with 2H-decoupling and PEP and with suppression of protonated carbons (hncacogp2h3d | HNCACOGP2H3D) 3D HN(CA)CO with 2H-decoupling and PEP and no suppression of protonated carbons (hncacogp2h3d.2 | HNCACOGP2H3D.2) 3D HN(CA)CO using WATERGATE (hncacogpwg3d | HNCACOGPWG3D) 3D HN(CA)CO with 2H-decoupling and WATERGATE (hncacogpwg2h3d | HNCACOGPWG2H3D) 3D HN(CA)CO using TROSY (trhncacogp3d | TRHNCACOGP3D) 3D HN(CA)CO with 2H-decoupling and TROSY (trhncacogp2h3d | TRHNCACOGP2H3D) 3D HN(CA)CO using TROSY and gradient echo-antiecho (trhncacoetgp3d | TRHNCACOETGP3D) 3D HN(CA)CO with 2H-decoupling and TROSY and gradient echo-antiecho (trhncacoetgp2h3d | TRHNCACOETGP2H3D) 3D HN(CA)NNH experiment )
- 3D HN(CA)NNH using PEP (hncannhgp3d | HNCANNHGP3D
3D HN(CA)NNH with 2H-decoupling and PEP (hncannhgp2h3d | HNCANNHGP2H3D) 3D HNCAHA experiment) 3D HACACO experiment
- Phase cycle 3D HNCAHA (hncah3d | HNCAH3D
) 3D HCAN experiment
- 3D HCACO experiment (hcacogp3d | HCACOGP3D
) 3D HCA(CO)N experiment
- 3D HCAN experiment (hcangp3d | HCANGP3D
)
- 3D HCACON experiment (hcacongp3d | HCACONGP3D