Sickle Cell Anemia, a Molecular Disease

Boyd W. Textbook of Pathology 3 864 (1938).

DIGGS, L.W., The incidence and significance of the sickle cell trait, ANNALS OF INTERNAL MEDICINE 7: 769 (1933).

DRABKIN, D.L., SPECTROPHOTOMETRIC STUDIES .14. THE CRYSTALLOGRAPHIC AND OPTICAL PROPERTIES OF THE HEMOGLOBIN OF MAN IN COMPARISON WITH THOSE OF OTHER SPECIES, JOURNAL OF BIOLOGICAL CHEMISTRY 164: 703 (1946).

EMMEL, V.E., A study of the erythrocytes in a case of severe anemia with elongated and sickle-shaped red blood corpuscles, ARCHIVES OF INTERNAL MEDICINE 20: 586 (1917).

GERMAN, B, The titration curves of oxygenated and reduced hemoglobin, JOURNAL OF BIOLOGICAL CHEMISTRY 117: 533 (1937).

HASTINGS, A.B., Studies of gas and electrolyte equilibria in blood. VI. The acid properties of reduced and oxygenated hemoglobin., JOURNAL OF BIOLOGICAL CHEMISTRY 60: 89 (1924).

LONGSWORTH, L.G., ANN NY ACAD SCI 41: 267 (1941).

10.1126/science.110.2846.64

PAULING, L, The nature of the forces between antigen and antibody and of the precipitation reaction, PHYSIOLOGICAL REVIEWS 23: 203 (1943).

PONDER, E, RED CELL CYTOCHEMISTRY AND ARCHITECTURE, ANNALS OF THE NEW YORK ACADEMY OF SCIENCES 48: 579 (1947).

SHERMAN, I.J., The sickling phenomenon, with special reference to the differentiation of sickle cell anemia from the sickle cell trait, BULLETIN OF THE JOHNS HOPKINS HOSPITAL 67: 309 (1940).

STERN, C, THE EFFECTS OF CHANGES IN QUANTITY, COMBINATION, AND POSITION OF GENES, SCIENCE 108: 615 (1948).

STERN, K.G., ON THE ELECTROPHORETIC PATTERN OF RED BLOOD CELL PROTEINS - A PRELIMINARY STUDY, JOURNAL OF BIOLOGICAL CHEMISTRY 161: 731 (1945).

SWINGLE, S.M., AN ELECTROPHORESIS APPARATUS USING PARABOLIC MIRRORS, REVIEW OF SCIENTIFIC INSTRUMENTS 18: 128 (1947).

TALIAFERRO, W.H., The inheritance of sickle-cell anaemia in man, GENETICS 8: 594 (1923).

TISELIUS, A, An electrophoretic study of immune sera and purified antibody preparations, JOURNAL OF EXPERIMENTAL MEDICINE 69: 119 (1939).