Matilda Moldenhauer Brooks
#83,017
Most Influential Person Across History
American cell biologist
Matilda Moldenhauer Brooks's AcademicInfluence.com Rankings
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Biology
Matilda Moldenhauer Brooks's Degrees
- PhD Zoology University of Chicago
Why Is Matilda Moldenhauer Brooks Influential?
(Suggest an Edit or Addition)According to Wikipedia, Matilda Moldenhauer Brooks was a cellular biologist best known for her 1932 discovery that the staining compound methylene blue is an antidote to carbon monoxide and cyanide poisoning. She held a PhD in zoology and spent her professional career working as a researcher at the United States Public Health Service and the University of California, Berkeley.
Matilda Moldenhauer Brooks's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- Activation of Eggs by Oxidation-Reduction Indicators. (1947) (20)
- METHYLENE BLUE AS ANTIDOTE FOR CYANIDE AND CARBON MONOXIDE POISONING (1933) (17)
- The effect of methylene blue on HCN and CO poisoning (1932) (17)
- THE PENETRATION OF CATIONS INTO LIVING CELLS (1922) (16)
- COMPARATIVE STUDIES ON RESPIRATION : XIV. ANTAGONISTIC ACTION OF LANTHANUM AS RELATED TO RESPIRATION. (1921) (15)
- Studies on the permeability of living cells (1926) (15)
- COMPARATIVE STUDIES ON RESPIRATION : VIII. THE RESPIRATION OF BACILLUS SUBTILIS IN RELATION TO ANTAGONISM. (1919) (14)
- Effect of Methylene Blue on CN and CO Poisoning.∗ (1932) (13)
- Studies on the Permeability of Living and Dead Cells: V. The Effects of NaHCO₃ and NH₄Cl upon the Penetration into Valonia of Trivalent and Pentavalent Arsenic at Various H Ion Concentrations (10)
- THE EFFECT OF HYDROGEN ION CONCENTRATION ON THE PRODUCTION OF CARBON DIOXIDE BY BACILLUS BUTYRICUS AND BACILLUS SUBTILIS (1921) (10)
- Studies on the Permeability of Living and Dead Cells: II. Observations on the Penetration of Alkali Bicarbonates into Living and Dead Cells (9)
- Studies on the Permeability of Living and Dead Cells: III. The Penetration of Certain Alkalies and Ammonium Salts into Living and Dead Cells (9)
- The Penetration of 1-Naphthol-2-Sulphonate Indophenol, o-Chloro Phenol Indophenol and o-Cresol Indophenol into Valonia. (1931) (9)
- Studies on the permeability of living cells, VII. The effects of light of different wave lengths on the penetration of 2,-6,- dibromo phenol indophenol into Valonia (1926) (8)
- Studies on the Permeability of Living and Dead Cells. IV. The Penetration of Trivalent and Pentavalent Arsenic into Living and Dead Cells. (7)
- METHYLENE BLUE, POTASSIUM CYANIDE AND CARBON MONOXIDE AS INDICATORS FOR STUDYING THE OXIDATION-REDUCTION POTENTIALS OF DEVELOPING MARINE EGGS (1943) (7)
- The Relative Efficiency of Medicaments for the Sterilization of Tooth Structure (1918) (6)
- Inhibition by glucose of methemoglobin formation (1934) (6)
- THE PERMEABILITY OF PROTOPLASM TO IONS (1926) (5)
- METHYLENE BLUE AND HEMOGLOBIN DERIVATIVES IN ASPHYXIAL POISONING (1935) (5)
- The rate of penetration of dyes into Valonia, with special reference to solubility theories of permeability† (1932) (5)
- The “Multiple Partition Coefficient” Hypothesis in Relation to Permeability (1932) (5)
- COMPARATIVE STUDIES ON RESPIRATION III. THE EFFECT OF ETHER ON THE RESPIRATION AND GROWTH OF BACILLUS SUBTILIS. (1918) (5)
- Penetration into valonia of oxidation-reduction indicators; estimation of the reduction-potential of the sap. (1926) (5)
- The penetration of arsenic into living cells1 (1922) (4)
- COMPARATIVE STUDIES ON RESPIRATION : X. TOXIC AND ANTAGONISTIC EFFECTS OF MAGNESIUM IN RELATION TO THE RESPIRATION OF BACILLUS SUBTILIS. (1920) (4)
- Studies on the permeability of living cells. XV. A review of the penetration into Valonia ventricosa of oxidation‐reduction indicators including m‐bromo phenol indophenol and guaiacol indophenol (1933) (4)
- Studies on the permeability of living cells. XV. A review of the penetration into Valonia ventricosa of oxidation‐reduction indicators including m‐bromo phenol indophenol and guaiacol indophenol (1933) (4)
- Does methylene blue form methemoglobin? (1934) (4)
- The mechanism of methylene blue action on blood (1934) (4)
- Further Studies on Penetration of Methylene Blue.∗ (1928) (4)
- Studies on Permeability of Living Cells. XII. Further Studies on Penetration of Oxidation-Reduction Indicators (1930) (4)
- Penetration of Methylene Blue into Living Cells. (1927) (4)
- Negative oxidation reduction potential as the limiting factor for exogastrulation in sea urchins (1959) (4)
- COMPARATIVE STUDIES ON RESPIRATION (1921) (3)
- Methylene blue as an antidote to CO poisoning (1933) (3)
- The effects of varying internal and external pH of Valonia upon penetration of arsenic. (1924) (3)
- Factors Affecting Penetration of Methylene Blue and Trimethyl Thionine into Living Cells.∗ (1929) (3)
- New quantitative observations on the penetration of acids and alkali bicarbonates into living and dead cells (1923) (3)
- 236 Nicotine inhibition of normal cell growth through lowered oxidation states (1961) (3)
- Methylene blue, an antidote to altitude sickness. (1948) (3)
- THE ABSORPTION SPECTRA OF ORTHO-CHLOROPHENOL INDOPHENOL AND OF ORTHO-CRESOL INDOPHENOL (1931) (3)
- The effects of methylene blue and other oxydation-reduction indicators on experimental tumors (1937) (2)
- Changes in the growth of marine eggs as affected by changes in redox potential (1956) (2)
- The effects of KCN upon the penetration of certain oxidation-reduction dyes into living cells (1938) (2)
- A NOTE ON THE RATE OF GROWTH OF VALONIA MACROPHYSA (1925) (2)
- Mechanism of Methylene Blue in CO-Poisoning (1936) (2)
- Does methylene blue itself penetrate (2)
- The pH and the rH of the sap of Valonia and the rH of its protoplasm (1930) (2)
- Studies on the permeability of living cells (1929) (2)
- Effect of light of different wave lengths on penetration of 2,-6, dibromo phenol indophenol into Valonia.∗ (1926) (2)
- The penetration of 1-naphthol-2-sulphonate indophenol, o-chloro phenol indophenol and o-cresol into Valgnia ventricosa J. Aghard. No. XIII (1932) (1)
- Effect of Methylene Blue on Tumors.∗ (1933) (1)
- The penetration of thionine into valonia (1)
- Nicotine as a redox-reducing reagent producing abnormal growth in animal cells (1961) (1)
- The Permeability of Natural Membranes@@@The Permeability of Living Cells. (1945) (0)
- What Is Cyanmethemoglobin? (1935) (0)
- The penetration of trivalent and pentavalent arsenic into living and dead cells. (1923) (0)
- Studies on the permeability of living cells (1933) (0)
- INFRARED SPECTROPHOTOMETRIC STUDIES ON HEMOGLOBIN AS AFFECTED BY CYANIDE, METHYLENE BLUE AND CARBON MONOXIDE (1941) (0)
- Activation of Eggs by Oxidation-Reduction Indicators (1947) (0)
- The Penetration of 1-Naphthol-2-Sulphonate Indophenol, o-Chloro Phenol Indophenol and o-Cresol Indophenol into Species of Valonia from the South Seas. (1932) (0)
- The Absorption Spectra of m-Bromophenol Indophenol, 2,6-Dibromophenol Indophenol and Guaiacol Indophenol (1933) (0)
- Comments on Dr. Keller’s communication “Ionen im Protoplasma?” (1933) (0)
- The Penetration of m-Bromo-Phenol Indophenol and of Guaiacol Indophenol into Valonia Ventricosa. (1932) (0)
- COMPARATIVE STUDIES ON RESPIRATION (1918) (0)
- COMPARATIVE STUDIES ON RESPIRATION (1919) (0)
- The electrical property of matter, the trigger mechanism controlling cell growth (1963) (0)
- COMPARATIVE STUDIES ON RESPIRATION (1920) (0)
- COMPARATIVE STUDIES ON RESPIRATION (1921) (0)
- Sulphanilamide and Glucose Antidote (1940) (0)
- Oxidation-reduction studies as a clue to the mechanism of fertilization of marine eggs. (1946) (0)
- Hemoglobin-Methemoglobin and KCN (1939) (0)
- Effects of CO and Methylene Blue upon O2 Consumption of Shark (Mustelus) Blood.∗ (1941) (0)
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