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Reverse actin sliding triggers strong myosin binding that moves tropomyosin

Proceedings of the National Academy of Sciences - PNAS, 2008-07, Vol.105 (30), p.10372-10377

2008

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Correction

Biophysical journal, 2011-09, Vol.101 (5), p.1285-1285

2011

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Correction

Biophysical journal, 2011-09, Vol.101 (5), p.1285

2011

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X-Ray Diffraction Indicates That Active Cross-Bridges Bind to Actin Target Zones in Insect Flight Muscle

Biophysical journal, 1998-03, Vol.74 (3), p.1439-1451

1998

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Oblique section 3-D reconstruction of relaxed insect flight muscle reveals the cross-bridge lattice in helical registration

Biophysical journal, 1994-10, Vol.67 (4), p.1620-1633

1994

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Crossbridges in the Complete Unit Cell of Rigor Insect Flight Muscle Imaged by Three-dimensional Reconstruction from Oblique Sections

Journal of molecular biology, 1993-01, Vol.233 (1), p.86-108

1993

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X-ray diffraction and electron microscopy from Lethocerus flight muscle partially relaxed by adenylylimidodiphosphate and ethylene glycol

Journal of molecular biology, 1990-07, Vol.214 (1), p.129-141

1990

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X-ray diffraction observations of chemically skinned frog skeletal muscle processed by an improved method

Biophysical journal, 1980-04, Vol.30 (1), p.27-40

1980

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Electron tomography of insect flight muscle in rigor and AMPPNP at 23 degrees C

Journal of molecular biology, 1996-11, Vol.264 (2), p.279-301

1996

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Gold/Fab Immuno Electron Microscopy Localization of Troponin H and Troponin T in Lethocerus Flight Muscle

Journal of molecular biology, 1994-01, Vol.239 (1), p.52-67

1994

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Three-dimensional structure of nucleotide-bearing crossbridges in situ: oblique section reconstruction of insect flight muscle in AMPPNP at 23 degrees C

Journal of molecular biology, 1996-11, Vol.264 (2), p.302-322

1996

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Rigor crossbridge structure in tilted single filament layers and flared-X formations from insect flight muscle

Journal of molecular biology, 1985-09, Vol.185 (1), p.145-176

1985

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Tropomyosin: Does resolution lead to reconciliation?

Current biology, 1994-07, Vol.4 (7), p.624-626

1994

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Insect crossbridges, relaxed by spin-labeled nucleotide, show well-ordered 90 degrees state by X-ray diffraction and electron microscopy, but spectra of electron paramagnetic resonance probes report disorder

Journal of molecular biology, 1992-10, Vol.227 (3), p.678-697

1992

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Three-dimensional image reconstruction of insect flight muscle. I. The rigor myac layer

The Journal of cell biology, 1989-09, Vol.109 (3), p.1085-1102

1989

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Two attached non-rigor crossbridge forms in insect flight muscle

Journal of molecular biology, 1988-11, Vol.204 (2), p.357-383

1988

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Three-dimensional image reconstruction of insect flight muscle. II. The rigor actin layer

The Journal of cell biology, 1989-09, Vol.109 (3), p.1103-1123

1989

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Three-dimensional reconstruction of rigor insect flight muscle from tilted thin sections

Nature (London), 1984, Vol.310 (5975), p.285-291

1984

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Experiments on rigor crossbridge action and filament sliding in insect flight muscle

Advances in experimental medicine and biology, 1993, Vol.332, p.33

1993

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X-ray diffraction and electron microscopy fromLethocerus flight muscle partially relaxed by adenylylimidodiphosphate and ethylene glycol

Journal of molecular biology, 1990-07, Vol.214 (1), p.129-141

1990

Volltextzugriff (PDF)

Ultrastructure of insect flight muscle

Journal of molecular biology, 1968-01, Vol.31 (2), p.155,IN1-176,IN16

Reedy, M.K.

1968

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Synergism of phenolic compounds against the growth of three races of Pyricularia oryzae

Indian phytopathology, 1975, Vol.28 (4), p.552-554

Reedy, M.K

1975

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Binding of myosin subfragment 1 to glycerinated insect flight muscle in the rigor state

Biophysical journal, 1985-02, Vol.47 (2), p.151-169

1985

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Image reconstruction using electron micrographs of insect flight muscle. Use of thick transverse sections to supplement data from tilted thin longitudinal sections

Biophysical journal, 1986, Vol.49 (1), p.353-364

1986

Volltextzugriff (PDF)

Modeling rigor cross-bridge patterns in muscle I. Initial studies of the rigor lattice of insect flight muscle

Biophysical journal, 1978-12, Vol.24 (3), p.713-728

1978

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Animals
(21)
Science & Technology
(14)
Life Sciences & Biomedicine
(13)
Muscles - Ultrastructure
(13)
Flight, Animal
(11)
Microscopy, Electron
(9)
Biological And Medical Sciences
(8)
Fundamental And Applied Biological Sciences. Psychology
(8)
Hemiptera
(8)
Insecta
(8)
Muscle Contraction
(8)
Muscles
(8)
Ultrastructure
(8)
X-Ray Diffraction
(8)
Myosin
(7)
Biochemistry & Molecular Biology
(6)
Lethocerus
(6)
Models, Biological
(6)
Actins - Ultrastructure
(5)
Biophysics
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Reverse actin sliding triggers strong myosin binding that moves tropomyosin

Correction

Correction

X-Ray Diffraction Indicates That Active Cross-Bridges Bind to Actin Target Zones in Insect Flight Muscle

Oblique section 3-D reconstruction of relaxed insect flight muscle reveals the cross-bridge lattice in helical registration

Crossbridges in the Complete Unit Cell of Rigor Insect Flight Muscle Imaged by Three-dimensional Reconstruction from Oblique Sections

X-ray diffraction and electron microscopy from Lethocerus flight muscle partially relaxed by adenylylimidodiphosphate and ethylene glycol

X-ray diffraction observations of chemically skinned frog skeletal muscle processed by an improved method

Electron tomography of insect flight muscle in rigor and AMPPNP at 23 degrees C

Gold/Fab Immuno Electron Microscopy Localization of Troponin H and Troponin T in Lethocerus Flight Muscle

Three-dimensional structure of nucleotide-bearing crossbridges in situ: oblique section reconstruction of insect flight muscle in AMPPNP at 23 degrees C

Rigor crossbridge structure in tilted single filament layers and flared-X formations from insect flight muscle

Tropomyosin: Does resolution lead to reconciliation?

Insect crossbridges, relaxed by spin-labeled nucleotide, show well-ordered 90 degrees state by X-ray diffraction and electron microscopy, but spectra of electron paramagnetic resonance probes report disorder

Three-dimensional image reconstruction of insect flight muscle. I. The rigor myac layer

Two attached non-rigor crossbridge forms in insect flight muscle

Three-dimensional image reconstruction of insect flight muscle. II. The rigor actin layer

Three-dimensional reconstruction of rigor insect flight muscle from tilted thin sections

Experiments on rigor crossbridge action and filament sliding in insect flight muscle

X-ray diffraction and electron microscopy fromLethocerus flight muscle partially relaxed by adenylylimidodiphosphate and ethylene glycol

Ultrastructure of insect flight muscle

Synergism of phenolic compounds against the growth of three races of Pyricularia oryzae

Binding of myosin subfragment 1 to glycerinated insect flight muscle in the rigor state

Image reconstruction using electron micrographs of insect flight muscle. Use of thick transverse sections to supplement data from tilted thin longitudinal sections

Modeling rigor cross-bridge patterns in muscle I. Initial studies of the rigor lattice of insect flight muscle

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