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Responses of Neurons in the Lateral Cervical Nucleus
Noxious Cutaneous Stimulation
K. C. Kajander
G. J. Giesler, Jr.
Single-Cell Neuronal
Model for Associative
K. J. Gingrich
of the Cat to
1686
Learning
1705
J. H. Byrne
Dynamics and Directional Sensitivity of Neck Muscle Spindle Responses
to Head Rotation
Y. S. Chan
J. Kasper
V. J. Wilson
Maximal Force as a Function of Anatomical Features of Motor Units in
the Cat Tibialis Anterior
S. C. Bodine
R. R. Roy
E. Eldred
V. R. Edgerton
1730
Contribution
of Auditory Cortex to Sound Localization by the
Ferret (Mustela putorius)
G. L. Kavanagh
J. B. Kelly
The Suppressive Influence of Moving Textured Backgrounds on
Responses of Cat Striate Neurons to Moving Bars
B. Gulyas
G. A. Orban
G. A. Orban
J. Duysens
Background
B. Gulyas
1746
H. Maes
on Direction
Selectivity
1767
of
R. Vogels
Mechanoreceptor
Response to Mechanical and Thermal Stimuli in the
Glans Penis of the Dog
R. D. Johnson
R. L. Kitchell
Inputs to Intercostal Motoneurons
From Ventrolateral Medullary
Respiratory Neurons in the Cat
E. G. Merrill
J. Lipski
Control of Abdominal and Expiratory Intercostal Muscle Activity During
Vomiting: Role of Ventral Respiratory Group Expiratory
Neurons
A. D. Miller
L. K. Tan
I. Suzuki
Characterization
of Neuronal Responses to Noxious Visceral and
Somatic Stimuli in the Medial Lumbosacral Spinal Cord of the Rat
T. J. Ness
G. F. Gebhart
Neural Compensation for Muscular Fatigue: Evidence for Significant
R. F. Kirsch
W. 2. Rymer
Force Regulation in Man
4-Aminopyridine
Produces Epileptiform Activity in Hippocampus
and
Enhances Synaptic Excitation and Inhibition
P. A. Rutecki
F. J. Lebeda
D. Johnston
1792
1813
1837
1854
1867
1893
1911
Static and Dynamic Response Characteristics,
Receptive Fields, and
Interaction With Noxious Input of Midline Medullary
Thermoresponsive
Neurons in the Rat
A. A. Young
N. J. Dawson
Announcements
Indexes
1925
1937
1939
CORRIGENDUM
Vol. 56, September1986
S. Warren, H. A. Hamalainen, and E. P. Gardner, “Objective classification of motion- and directionsensitive neurons in primary somatosensory cortex of awake monkeys.” It was incorrectly stated that
Orban and co-workers (J. iVeurophysioZ. 45: 1059-1073, 198 1) attributed direction selectivity to cortical
neurons having a direction index (DI) > 20. Orban et al. actually used a weighted average of DIs and
defined cells with a mean DI (MDI) above 50 as direction selective. Their criterion for direction selectivity
was stricter and not less stringent, as stated in the paper. This error does not alter any of the data or
conclusions of Warren et al.
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Influence of a Moving Textured
Cat Striate Neurons
1716