Table 8.1
(continued)
Study Protein
Amphipol
CD/
SRCD Fluorescence
RRS/
SERS TRAS Comments
References
8.26
Mannitol permease (EII
mtl
) A8-35, FAPol
fluo
●
Studies of the quenching of the
intrinsic
fluorescence of singletryptophane EII
mtl
mutants by
FAPol
fluo
Opačić et al. (2014b)
8.27
BR
A8-35
●
Resonance Raman
spectroscopy (RRS) and
nanoparticle surface-enhanced
Raman scattering (SERS) by
A8-35-trapped BR in solution
or immobilized onto silver
nanoparticles
Polovinkin et al. (2014)
8.28
Glycophorin A (GpA)
transmembrane anchor
p(HPMA)/LMA
copolymers
●
●
CD,
fluorescence emission, and
FRET studies of p(HPMA)-cop(LMA) copolymers and their
complexes with GpA
Stangl et al. (2014a)
8.29
GpA transmembrane
anchor
A8-35
●
●
CD and FRET studies of the
dimerization of GpA
transmembrane
α-helix in
A8-35 and A8-35/SDS
mixtures
Stangl et al. (2014b)
8.30
Cytochrome bc
1 complex
A8-35, [
3
H]A8-35,
FAPol
NBD
●
Demonstrating the presence of
A8-35 in 3D crystals of
cytochrome bc
1 /FAPol
NBD /
detergent complexes
Charvolin et al. (2014)
8.31
Human adenosine A
2A
GPCR (A
2A R)
SMA
●
Ligand binding and CD were
used to examine the thermal
stability of SMALP-integrated
A
2A R
Jamshad et al. (2015a)
8.32
No protein
SMA
The structure of the SMALPs is
studied by small-angle neutron
scattering (SANS), electron
microscopy (EM), attenuated
total reflection Fourier
transform infrared spectroscopy
(ATR-FTIR), DSC, and NMR
Jamshad et al. (2015b)
(continued)
8.2 Optical Spectroscopy Studies of Amphipols and Membrane Protein/Amphipol Complexes
387
(continued)
Study Protein
Amphipol
CD/
SRCD Fluorescence
RRS/
SERS TRAS Comments
References
8.26
Mannitol permease (EII
mtl
) A8-35, FAPol
fluo
●
Studies of the quenching of the
intrinsic
fluorescence of singletryptophane EII
mtl
mutants by
FAPol
fluo
Opačić et al. (2014b)
8.27
BR
A8-35
●
Resonance Raman
spectroscopy (RRS) and
nanoparticle surface-enhanced
Raman scattering (SERS) by
A8-35-trapped BR in solution
or immobilized onto silver
nanoparticles
Polovinkin et al. (2014)
8.28
Glycophorin A (GpA)
transmembrane anchor
p(HPMA)/LMA
copolymers
●
●
CD,
fluorescence emission, and
FRET studies of p(HPMA)-cop(LMA) copolymers and their
complexes with GpA
Stangl et al. (2014a)
8.29
GpA transmembrane
anchor
A8-35
●
●
CD and FRET studies of the
dimerization of GpA
transmembrane
α-helix in
A8-35 and A8-35/SDS
mixtures
Stangl et al. (2014b)
8.30
Cytochrome bc
1 complex
A8-35, [
3
H]A8-35,
FAPol
NBD
●
Demonstrating the presence of
A8-35 in 3D crystals of
cytochrome bc
1 /FAPol
NBD /
detergent complexes
Charvolin et al. (2014)
8.31
Human adenosine A
2A
GPCR (A
2A R)
SMA
●
Ligand binding and CD were
used to examine the thermal
stability of SMALP-integrated
A
2A R
Jamshad et al. (2015a)
8.32
No protein
SMA
The structure of the SMALPs is
studied by small-angle neutron
scattering (SANS), electron
microscopy (EM), attenuated
total reflection Fourier
transform infrared spectroscopy
(ATR-FTIR), DSC, and NMR
Jamshad et al. (2015b)
(continued)
8.2 Optical Spectroscopy Studies of Amphipols and Membrane Protein/Amphipol Complexes
387