(
1
- 13C filtered 3D NOESY 15N-HSQC and 3D TOCSY 15N-HSQC (G. Montelione, Rutgers Univ.)
- 13C HSQC decoupler2 (Rutgers Univ.)
- 13C-HSQC, 15N decoupling, SE, 500 MHz Inova (G. Montelione, Rutgers Univ.)
- 13C-HSQC, 600 MHz Inova (Rutgers Univ.)
- 15N-HSQC with T1 measurement (Rutgers Univ.)
- 15N-HSQC with T2 measurement (Rutgers Univ.)
- 15N-HSQC with T2 measurement, PFG version (Rutgers Univ.)
- 15N-HSQC, 600 MHz Inova (Rutgers Univ.)
- 15N-HSQC, with 13C decoupling and SE 500 MHz Inova (G. Montelione, Rutgers Univ.)
- 1D NOESY for Bruker (selnogp)
- 1D TOCSY for Bruker (selmlgp.2)
2
3
B
C
- C(CO)NH (gc co nhP.c)
- Calibration of shaped 90 pulse on decoupler 1 (G. Montelione, Rutgers Univ.)
- Calibration of shaped 90 pulse on decoupler 1, with refocussing (G. Montelione, Rutgers Univ.)
- CAN for Bruker - pulse sequence to correlate CA and N (Wagner Lab)
- CBCA(CO)NH 500MHz Inova (G. Montelione, Rutgers Univ.)
- CBCA(CO)NH and HBHA(CO)NH (G. Montelione, Rutgers Univ.)
- CBCACO (cbcacoA.c)
- CBCANH (G.T. Montelione)
- CON for Bruker - pulse sequence to correlate CO and N (Wagner Lab)
- CSSF-TOCSY for Bruker (Dusan Uhrín et al.)
- CT-13C CBCA(CO)NH and HBHA(CO)NH (G. Montelione, Rutgers Univ.)
- CT-13C H(C)NH, (H)CNH, H(C)NH-TOCSY, C(C)NH-TOCSY (G. Montelione, Rutgers Univ.)
- CT-13C H(CCO)NH, (H)C(CO)NH, H(CCO)NH-TOCSY, C(CCO)NH-TOCSY (G. Montelione, Rutgers Univ.)
|
D
G
H
- H(C)NH, (H)CNH, H(C)NH-TOCSY, C(C)NH-TOCSY (G. Montelione, Rutgers Univ.)
- H(C)NH, (H)CNH, H(C)NH-TOCSY, C(C)NH-TOCSY 500 MHz Inova (G.Montelione, Rutgers Univ.)
- H(C)NH, (H)CNH, H(C)NH-TOCSY, C(C)NH-TOCSY 600 MHz Inova (G. Montelione, Rutgers Univ.)
- H(C)NH, (H)CNH, H(C)NH-TOCSY, C(C)NH-TOCSY Inova 500 MHz (G. Montelione, Rutgers Univ.)
- H(CCO)NH, (H)C(CO)NH, H(CCO)NH-TOCSY, C(CCO)NH-TOCSY (G. Montelione, Rutgers Univ.)
- H(CCO)NH, (H)C(CO)NH, H(CCO)NH-TOCSY, C(CCO)NH-TOCSY (Ver. 2) 600 MHz Inova (G. Montelione, Rutgers Univ.)
- H(CCO)NH, (H)C(CO)NH, H(CCO)NH-TOCSY, C(CCO)NH-TOCSY 500 MHz Inova (G. Montelione, Rutgers Univ.)
- H(CCO)NH, (H)C(CO)NH, H(CCO)NH-TOCSY, C(CCO)NH-TOCSY 500MHz Inova (G. Montelione, Rutgers Univ.)
- H(CCO)NH, (H)C(CO)NH, H(CCO)NH-TOCSY, C(CCO)NH-TOCSY 600 MHz Inova (G. Montelione, Rutgers Univ.)
- H(CCO)NH, (H)C(CO)NH, H(CCO)NH-TOCSY, C(CCO)NH-TOCSY 600 MHz Inova (Ver. 3) (G. Montelione, Rutgers Univ.)
- HCCH-COSY (G. Montelione, Rutgers Univ.)
- HCCH-COSY, Inova 600 MHz (Rutgers Univ.)
- HMBC for Bruker (hmbcetgpl2nd)
- HN(CA)CO (G. Montelione, Rutgers Univ)
- HNCA (G. Montelione, Rutgers Univ.)
- HNCA 500 MHz Inova (G. Montelione, Rutgers Univ.)
- HNCA, Inova 600 MHz (Rutgers Univ.)
- HNCO (G. Montelione, Rutgers Univ.)
- HNCO 500 MHz Inova (G. Montelione, Rutgers Univ.)
- HNCO, Inova 600 MHz (Rutgers Univ.)
- Hnco-ge-relax fully relaxed accordion HNCO (Tjandra 2009)
- HNHA (ghnha.c)
- HSQC with 13C-1H NOESY (G. Montelione, Rutgers Univ.)
- HSQC with 15N-1H NOESY (G. Montelione, Rutgers Univ.)
- HSQC with 15N-1H NOESY, with sensitivity enhancement (G. Montelione, Rutgers Univ.)
- HZQC/HDQC for Bruker (hdqc Zex.rp)
I
J
N
O
|
P
S
T
- TOCSY with presat and MLEV-17 (G. Montelione, Rutgers Univ.)
- TOCSY with Rance z-filter (G. Montelione, Rutgers Univ.)
- TOCSY with Rance z-filter 500 MHz Inova (G. Montelione, Rutgers Univ.)
- TOCSY with Rance z-filter 600 MHz Inova (Rutgers Univ.)
- TROSY 500 MHz Inova (G.Montelione, Rutgers Univ.)
- TROSY 600 MHz Inova (Rutgers Univ.)
- TROSY CBCA(CO)NH, HBHA(CO)NH 500 MHz Inova (G. Montelione, Rutgers Univ.)
- TROSY CBCA(CO)NH, HBHA(CO)NH 600 MHz Inova (Rutgers Univ.)
- TROSY CBCANH 500 MHz Inova (G. Montelione, Rutgers Univ.)
- TROSY CBCANH 600 MHz Inova (Rutgers Univ.)
- TROSY HN(CA)CO 500 MHz Inova (G.Montelione, Rutgers Univ.)
- TROSY HN(CA)CO 600 MHz Inova (Rutgers Univ.)
- TROSY HN(CO)CA 500 MHz Inova (G.Montelione, Rutgers Univ.)
- TROSY HN(CO)CA 600 MHz Inova (Rutgers Univ.)
- TROSY HNCA 500 MHz Inova (G.Montelione, Rutgers Univ.)
- TROSY HNCA 600 MHz Inova (Rutgers Univ.)
- TROSY HNCO 500 MHz Inova (G.Montelione, Rutgers Univ.)
- TROSY HNCO 600 MHz Inova (Rutgers Univ.)
W
X
|
