Abbreviations

¹H

Proton

²H

Deuterium

¹³C

Carbon-13

¹⁵N

Nitrogen-15

C^α

Alpha carbon

C’

Carbonyl carbon

COSY

COrrelation SpectroscopY

CSA

Chemical Shift Anisotropy

CT

Constant-Time

DD

Dipole-Dipole

DNA

Deoxy riboNucleicAcid

DQ

Double-Quantum

DSCT

Double-Semi-Constant-Time

E.COSY

Exclusive Correlation SpectroscopY

EIN

N-terminal domain of Enzyme 1

F₁

First indirectly detected dimension in N-dimensional spectroscopy

F₂

Second indirectly detected dimension in N-dimensional spectroscopy

F₃

Directly detected dimension in 3-dimensional spectroscopy

H^α

Alpha proton

HB-GAM

Heparin Binding Growth Associated Molecule

HCA II

Human Carbonic Anhydrase

HMQC

Heteronuclear Multiple Quantum Coherence

HMSQC

Heteronuclear Multiple/Single Quantum Coherence

H^N

Amide proton

HNCA

Amide proton to nitrogen to alpha carbon experiment

HNCO

Amide proton to nitrogen to carbonyl carbon experiment

HN(CO)CA

Amide proton to nitrogen to alpha carbon via carbonyl carbon experiment

HSQC

Heteronuclear Single Quantum Coherence

INEPT

Insensitive Nuclei Enhancement Polarization Transfer

kDa

Kilo Dalton

MQ

Multiple Quantum

NMR

Nuclear Magnetic Resonance

NOE

Nuclear Overhauser Enhancement

NOESY

Nuclear Overhauser Enhancement SpectroscopY

PEP

Preservation of Equivalent Pathways

PFG

Pulsed Field Gradient

ROE

Rotating frame Overhauser Enhancement

S³CT

Spin-State-Selective Coherence Transfer

S³E

Spin-State-Selective Excitation

SAR

Structure/Activity Relationship

States-TPPI

States-Time Proportional Phase Incrementation

SCT

Semi-Constant-Time

SQ

Single Quantum

τ_c

Rotational correlation time

t₁

First incremented delay in N-dimensional spectroscopy

t_1,max

Duration of the longest time increment

t₂

Second incremented delay in N-dimensional spectroscopy

T₁

Longitudinal or spin-lattice relaxation time

T₂

Transverse relaxation time

TnC

Troponin C

TROSY

Transverse Relaxation Optimized SpectroscopY

ZQ

Zero Quantum

U

Uniformly