Lawrence Rogers Blinks
Botanist
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Biology
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(Suggest an Edit or Addition)According to Wikipedia, Lawrence Rogers Blinks was an American biologist with research interests in photosynthesis and electrophysiology. He served as the editor of the Annual Review of Plant Physiology for 1956. Life and education Lawrence Rogers Blinks was born in Michigan City, Indiana, on 22 April 1900 to parents Walter Moulton Blinks and Ella Little Blinks. He attended Kalamazoo College and Stanford University, before attending Harvard University where he was awarded a BS in 1923 and MA in 1925. He also completed his PhD at Harvard in 1926 under the direction of Winthrop Osterhout. Blinks married botanist Anne Catherine Hof in 1928 and they had one son. At age 88, Lawrence Blinks died on March 22, 1989, in Pacific Grove, California.
Lawrence Rogers Blinks's Published Works
Published Works
- PHOTOSYNTHETIC ACTION SPECTRA OF MARINE ALGAE (1950) (376)
- The Time Course of Photosynthesis as Shown by a Rapid Electrode Method for Oxygen. (1938) (74)
- An experiment in undergraduate teaching and research in the biological sciences [marine biology] (1964) (68)
- The Photosynthetic Function of Pigments other than Chlorophyll (1954) (48)
- LIGHT-INDUCED EFFICIENCY AND PIGMENT ALTERATIONS IN RED ALGAE (1958) (39)
- ACTION SPECTRA OF CHROMATIC TRANSIENTS AND THE EMERSON EFFECT IN MARINE ALGAE. (1960) (39)
- THE EFFECTS OF CURRENT FLOW ON BIOELECTRIC POTENTIAL (1936) (37)
- THE RELATIONS OF BIOELECTRIC PHENOMENA TO IONIC PERMEABILITY AND TO METABOLISM IN LARGE PLANT CELLS (1940) (35)
- Cavitation from solid surfaces in the absence of gas nuclei. (1947) (35)
- Chromatic Transients in the Photosynthesis of a Green Alga. (1959) (32)
- MUSCULAR ACTIVITY AND BUBBLE FORMATION IN ANIMALS DECOMPRESSED TO SIMULATED ALTITUDES (1945) (30)
- PHOTOSYNTHETIC EFFICIENCY OF MARINE PLANTS (1954) (30)
- Chapter 7 – ACCESSORY PIGMENTS AND PHOTOSYNTHESIS (1964) (29)
- The Time Course of Photosynthesis as Shown by the Glass Electrode, with Anomalies in the Acidity Changes. (1938) (27)
- PROTOPLASMIC POTENTIALS IN HALICYSTIS (1929) (27)
- CARBON DIOXIDE AS A FACILITATING AGENT IN THE INITIATION AND GROWTH OF BUBBLES IN ANIMALS DECOMPRESSED TO SIMULATED ALTITUDES (1945) (25)
- A NEW PHYCOERYTHRIN FROM PORPHYRA NAIADUM (1956) (24)
- PROTOPLASMIC POTENTIALS IN HALICYSTIS : IV. VACUOLAR PERFUSION WITH ARTIFICIAL SAP AND SEA WATER. (1935) (22)
- THE DIRECT CURRENT RESISTANCE OF NITELLA. (1930) (20)
- The source of the bioelectric potentials in large plant cells. (1949) (18)
- THE VARIATION OF ELECTRICAL RESISTANCE WITH APPLIED POTENTIAL (1930) (17)
- BIOELECTRIC POTENTIALS IN HALICYSTIS : VII. THE EFFECTS OF LOW OXYGEN TENSION. (1938) (15)
- THE CELL SAP OF HALICYSTIS (1930) (14)
- Cell Space and Apparent Free Space in the Red Alga, Porphyra Perforata. (1957) (14)
- Studies on Stimulation in Nitella. (1929) (13)
- The effect of pH upon the photosynthesis of littoral marine algae (1963) (13)
- THE VARIATION OF ELECTRICAL RESISTANCE WITH APPLIED POTENTIAL (1930) (13)
- THE VARIATION OF ELECTRICAL RESISTANCE WITH APPLIED POTENTIAL : I. INTACT VALONIA VENTRICOSA. (1930) (12)
- THE CELL SAP OF VALONIA AND HALICYSTIS (1928) (12)
- THE AMINO ACID CONSTITUENTS OF THE PHYCOBILIN CHROMOPROTEINS OF THE RED ALGA PORPHYRA (1957) (11)
- THE ABSENCE OF DAILY PHOTOSYNTHETIC RHYTHM IN SOME LITTORAL MARINE ALGAE (1961) (11)
- PROTOPLASMIC POTENTIALS IN HALICYSTIS : II. THE EFFECTS OF POTASSIUM ON TWO SPECIES WITH DIFFERENT SAPS. (1932) (10)
- THE EFFECTS OF CURRENT FLOW IN LARGE PLANT CELLS (1936) (10)
- PROTOPLASMIC POTENTIALS IN HALICYSTIS : III. THE EFFECTS OF AMMONIA. (1933) (10)
- Hopkins Marine Station (1955) (9)
- Migration of Anthocyan Pigment in Plant Cells During the Flow of Electric Current, and Reversal by Acids and Alkalies (1932) (9)
- THE CELL SAP OF HYDRODICTYON (1940) (9)
- Two Genera of Algae New to Bermuda (1930) (8)
- ELECTROOSMOSIS IN NITELLA (1957) (7)
- THE RELATIONS OF TEMPERATURE TO THE POTASSIUM EFFECT AND THE BIOELECTRIC POTENTIAL OF VALONIA (1942) (7)
- PROPERTIES OF PHYCOBILINS FROM PORPHYRA NAIADUM (1957) (7)
- BIOELECTRIC POTENTIALS IN HALICYSTIS : VIII. THE EFFECTS OF LIGHT (1940) (7)
- THE EFFECTS OF CURRENT FLOW ON BIOELECTRIC POTENTIAL (1936) (7)
- THE INJECTION OF SULFATES INTO VALONIA (1928) (6)
- HIGH AND LOW FREQUENCY MEASUREMENTS WITH LAMINARIA. (1928) (6)
- THE DIRECT CURRENT RESISTANCE OF NITELLA (1930) (6)
- ON VALONIA AND HALICYSTIS IN EASTERN AMERICA. (1927) (6)
- THE POLARIZATION CAPACITY AND RESISTANCE OF VALONIA : I. ALTERNATING CURRENT MEASUREMENTS. (1936) (6)
- THE ELECTRICAL CAPACITY OF VALONIA : DIRECT CURRENT MEASUREMENTS. (1940) (5)
- THE EFFECT OF OXIDANTS AND REDUCTANTS UPON THE BIOELECTRIC POTENTIAL OF NITELLA (1940) (5)
- PROTOPLASMIC POTENTIALS IN HALICYSTIS (1929) (5)
- THE DIRECT CURRENT RESISTANCE OF VALONIA (1930) (4)
- Physiology and biochemistry of algae: Edited by Ralph A. Lewin, Scripps Institution of Oceanography, University of California, La Jolla, Calif. Academic Press, New York and London. 1962. xxviii, 929 pp. price $32.00 (1963) (4)
- Electrical evidence on the nature and alterations of membranes in large plant cells (1937) (4)
- PHOTOSYNTHETIC EFFICIENCY OF MARINE PLANTS (1954) (3)
- Species differences between ruminants in susceptibility to molasses toxicity. (1987) (3)
- Effects of Oxygen Tension and Temperature Change on the Bio-Electric Potential of Halicystis.∗ (1937) (2)
- Effects of radiation on marine algae. (1952) (2)
- A secondary bio-electric effect of potassium (1933) (2)
- BIOELECTRIC POTENTIALS IN HALICYSTIS (1940) (2)
- THE POLARIZATION CAPACITY AND RESISTANCE OF VALONIA (1936) (1)
- Protoplasmic Potentials in Halicystis: V. The Reversal of Potential by Unbalanced NaCl. (1935) (1)
- Seaweed Symposium, Proceedings. The fourth international symposium, held at Biarritz, France, in September 1961. Ad. Davy de Virville and J. Feldmann, Eds. Pergamon, London; Macmillan, New York, 1964. xxiv + 467 pp. Illus. $15 (1964) (1)
- High and Low Frequency Measurements with Laminaria (1928) (0)
- Marine Algae: Seaweed Symposium, Proceedings . The fourth international symposium, held at Biarritz, France, in September 1961. Ad. Davy de Virville and J. Feldmann, Eds. Pergamon, London; Macmillan, New York, 1964. xxiv + 467 pp. Illus. $15. (1964) (0)
- Comparison of Resistance Changes in Collodion Membranes and Cells. (1929) (0)
- Protoplasmic Potentials in Halicystis. VI. Rôle of Ammonia in Potential Reversal by Perfusion.∗ (1938) (0)
- Annual Review of Plant Physiology. Volume 7 (1956) (0)
- THE EFFECTS OF CURRENT FLOW ON BIOELECTRIC POTENTIAL (1936) (0)
- Annual Review of Plant Physiology, Vol 7 (1956) (0)
- BIOELECTRIC POTENTIALS IN HALICYSTIS (1938) (0)
- THE POLARIZATION CAPACITY AND RESISTANCE OF VALONIA (1936) (0)
- thin in brown algae; phycobilins in red and blue-green algae. Both effects also occur equally well when the chlorophyll a is absorbing in the blue end of the spec- trum (435 mp). (1960) (0)
- PROTOPLASMIC POTENTIALS IN HALICYSTIS (1935) (0)
- Hydrophytes: The Biology of Aquatic Vascular Plants . C. D. Sculthorpe. St. Martin's, New York, 1967. xviii + 610 pp., illus. $23. (1968) (0)
- Resources of the Sea: Meeresprodukte . Ein Handwörterbuch der marinen Rohstoffe. Ferdinand Pax. Borntraeger, Berlin, Germany, 1962. xii + 459 pp. Illus. DM. 78. (1963) (0)
- PROTOPLASMIC POTENTIALS IN HALICYSTIS (1932) (0)
- Prof. W. K. Fisher (1954) (0)
- The Biology of Aquatic Vascular Plants. C. D. Sculthorpe. St. Martin's, New York, 1967. xviii + 610 pp., illus. $23 (1968) (0)
- THE ELECTRICAL CAPACITY OF VALONIA (1940) (0)
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