The Sedimentation Constant of Visual Purple.

The weight of the chromophore carrier in the visual purple molecule. J Physiol (1940) 3.36

The molecular weight of rhodopsin and the nature of the rhodopsin-digitonin complex. J Gen Physiol (1954) 2.96

Studies in rhodopsin. 3. Rhodopsin and transient orange. Biochem J (1951) 2.20

The cataphoretic mobility of visual purple. Biochem J (1940) 1.83

The role of the phospholipin in visual purple solutions. Biochem J (1941) 1.44

Rotational diffusion of rhodopsin-digitonin micelles studied by transient photodichroism. Biophys J (1971) 1.14

THE PORPHYROPSIN VISUAL SYSTEM. J Gen Physiol (1939) 0.89

THE REGENERATION OF VISUAL PURPLE IN THE LIVING ANIMAL. J Gen Physiol (1942) 0.79

Proteins as Chemical Substances and as Biological Components. Bull N Y Acad Med (1939) 0.75

Evaluation of Night Vision. Trans Am Ophthalmol Soc (1948) 0.75

The absorption spectra of visual purple and of indicator yellow. J Physiol (1937) 19.27

THE DIFFUSION COEFFICIENT AND MOLECULAR SIZE OF VISUAL PURPLE. Science (1937) 2.75

A HIGH SPEED VACUUM CENTRIFUGE SUITABLE FOR THE STUDY OF FILTERABLE VIRUSES. J Exp Med (1936) 9.88

THE ULTRACENTRIFUGE. Science (1933) 7.33

ENERGY, QUANTA, AND VISION. J Gen Physiol (1942) 3.98

CENTRIFUGATION AND ULTRAFILTRATION STUDIES ON ALLANTOIC FLUID PREPARATIONS OF INFLUENZA VIRUS. J Exp Med (1944) 3.58

ESTIMATION OF THE PURITY OF PREPARATIONS OF ELEMENTARY BODIES OF VACCINIA. J Exp Med (1939) 3.22

AN IMPROVED AIR-DRIVEN TYPE OF ULTRACENTRIFUGE FOR MOLECULAR SEDIMENTATION. J Exp Med (1937) 3.18

A METHOD FOR DETERMINING THE DIFFERENTIAL SEDIMENTATION OF PROTEINS IN THE HIGH SPEED CONCENTRATION CENTRIFUGE. J Exp Med (1938) 3.10

AN AIR-DRIVEN ULTRACENTRIFUGE FOR MOLECULAR SEDIMENTATION. J Exp Med (1936) 2.40

CENTRIFUGATION STUDIES ON PNEUMONIA VIRUS OF MICE (PVM) : THE RELATIVE SIZES OF FREE AND COMBINED VIRUS. J Exp Med (1947) 2.24

APPARATUS FOR FREEZING AND DRYING VIRUS IN LARGE QUANTITIES UNDER UNIFORM CONDITIONS. J Exp Med (1940) 2.21

A Quantitative Basis for the Relation between Visual Acuity and Illumination. Proc Natl Acad Sci U S A (1927) 2.18

ULTRACENTRIFUGATION STUDIES ON THE ELEMENTARY BODIES OF VACCINE VIRUS : II. THE INFLUENCE OF SUCROSE, GLYCEROL, AND UREA SOLUTIONS ON THE PHYSICAL NATURE OF VACCINE VIRUS. J Exp Med (1938) 2.02

HIGH ROTATIONAL SPEEDS IN VACUO. Science (1935) 1.67

THE COLOR VISION OF DICHROMATS : I. WAVELENGTH DISCRIMINATION, BRIGHTNESS DISTRIBUTION, AND COLOR MIXTURE. J Gen Physiol (1936) 1.47

THE INFLUENCE OF LIGHT ADAPTATION ON SUBSEQUENT DARK ADAPTATION OF THE EYE. J Gen Physiol (1937) 1.17

INTERMITTENT STIMULATION BY LIGHT : V. THE RELATION BETWEEN INTENSITY AND CRITICAL FREQUENCY FOR DIFFERENT PARTS OF THE SPECTRUM. J Gen Physiol (1936) 1.01

INTERMITTENT STIMULATION BY LIGHT : IV. A THEORETICAL INTERPRETATION OF THE QUANTITATIVE DATA OF FLICKER. J Gen Physiol (1933) 0.98

Micelle Formation in Aqueous Solutions of Digitonin. Proc Natl Acad Sci U S A (1940) 0.94

INTERMITTENT STIMULATION BY LIGHT : VI. AREA AND THE RELATION BETWEEN CRITICAL FREQUENCY AND INTENSITY. J Gen Physiol (1936) 0.93

INTENSITY DISCRIMINATION IN THE HUMAN EYE : II. THE RELATION BETWEENDeltaI/IAND INTENSITY FOR DIFFERENT PARTS OF THE SPECTRUM. J Gen Physiol (1938) 0.93

THE RELATION BETWEEN VISUAL ACUITY AND ILLUMINATION. J Gen Physiol (1928) 0.87

THE VISUAL ACUITY AND INTENSITY DISCRIMINATION OF DROSOPHILA. J Gen Physiol (1934) 0.86

INTERMITTENT STIMULATION BY LIGHT : III. THE RELATION BETWEEN INTENSITY AND CRITICAL FUSION FREQUENCY FOR DIFFERENT RETINAL LOCATIONS. J Gen Physiol (1933) 0.86

THE VISUAL ACUITY OF THE HONEY BEE. J Gen Physiol (1929) 0.85

THE DARK ADAPTATION OF RETINAL FIELDS OF DIFFERENT SIZE AND LOCATION. J Gen Physiol (1935) 0.85

OBSERVATIONS ON MIXTURES OF ELEMENTARY BODIES OF VACCINIA AND COATED COLLODION PARTICLES BY MEANS OF ULTRACENTRIFUGATION AND ELECTROPHORESIS. J Exp Med (1940) 0.84

INTERMITTENT STIMULATION BY LIGHT : II. THE MEASUREMENT OF CRITICAL FUSION FREQUENCY FOR THE HUMAN EYE. J Gen Physiol (1933) 0.84

THE VISIBILITY OF SINGLE LINES AT VARIOUS ILLUMINATIONS AND THE RETINAL BASIS OF VISUAL RESOLUTION. J Gen Physiol (1939) 0.83

THE SENSIBILITY OF THE NOCTURNAL LONG-EARED OWL IN THE SPECTRUM. J Gen Physiol (1940) 0.75

A THEORY OF VISUAL INTENSITY DISCRIMINATION. J Gen Physiol (1935) 0.75

THE EFFECT OF DETERGENTS ON THE CHLOROPHYLL-PROTEIN COMPOUND OF SPINACH AS STUDIED IN THE ULTRACENTRIFUGE. J Gen Physiol (1941) 0.75

OPTICAL DESIGNS FOR OBSERVING OBJECTS IN CENTRIFUGAL FIELDS OF FORCE. Science (1936) 0.75

THE COLOR VISION OF DICHROMATS : II. SATURATION AS THE BASIS FOR WAVELENGTH DISCRIMINATION AND COLOR MIXTURE. J Gen Physiol (1936) 0.75

THE VISUAL ACUITY OF THE BEE AND ITS RELATION TO ILLUMINATION. Proc Natl Acad Sci U S A (1929) 0.75