Merle Lawrence
#103,308
Most Influential Person Now
American scientist
Why Is Merle Lawrence Influential?
(Suggest an Edit or Addition)According to Wikipedia, Merle Lawrence was an American physiologist who contributed extensively to the field of Otolaryngology. Biography Lawrence received his PhD in 1941 at Princeton University under the supervision of Dr. E. Glen Wever where the work on vertebrate hearing by Dr Wever inspired Dr Lawrence to undertake the research as a lifelong study. The National Research Council offered him a fellowship that led to a postdoctoral post with Dr. Stacy Guild at the Otolaryngology Department at Johns Hopkins University.
Merle Lawrence'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
- Inner-ear mechanics and deafness. Special consideration of Meniere's syndrome. (1959) (104)
- The middle ear in sound conduction. (1948) (81)
- Effects of interference with terminal blood supply on organ of corti. (1966) (71)
- Effects of oxygen deprivation upon the cochlear potentials. (1949) (69)
- The effects of intense sound on the non-auditory labyrinth. (1958) (68)
- Some physiological factors in noise-induced hearing loss. (1967) (61)
- Effects of perilymphatic perfusion with neomycin on the cochlear microphonic potential in the guinea pig. (1977) (61)
- Inner hair cell responses to the velocity of basilar membrane motion in the guinea pig (1981) (57)
- Effects of noise and quinine on the vessels of the stria vascularis: an image analysis study. (1985) (56)
- Cochlear inner hair cells: Effects of transient asphyxia on intracellular potentials (1983) (55)
- Cochlear Potentials and Oxygen Associated with Hypoxia (1975) (54)
- Recent Advances in Cochlear Blood Flow Measurements (1988) (53)
- The Acoustic Pathways to the Cochlea (1950) (51)
- Histological evidence for localized radial flow of endolymph. (1966) (48)
- A histological and experimental study of cochlear aqueduct patency in the adult human (1965) (46)
- Otologic Manifestations of Fatal Granulomatosis of Respiratory Tract: Lethal Midline Granuloma— Wegener's Granulomatosis (1961) (44)
- Effects of oxygen deprivation upon the structure of the organ of Corti. (1952) (39)
- Does loud sound influence the intracochlear oxygen tension? (1981) (38)
- Thresholds of overload in normal and pathological ears. (1956) (37)
- Circulation in the capillaries of the basilar membrane (1970) (36)
- The effects of pressure in the middle ear (1942) (35)
- I Stimulation Deafness, Cochlear Patterns, and Significance of Electrical Recording Methods (1959) (35)
- XXI The Nature of Cochlear Activity after Death (1941) (34)
- The Interference of Tones in the Cochlea (1940) (34)
- THE COCHLEOGRAM AND ITS CLINICAL APPLICATION: Concluding Observations (1950) (32)
- LVII Circulation of the Inner Ear Fluids (1961) (32)
- Oxygen reserve and autoregulation in the cochlea. (1977) (32)
- The cochleogram and its clinical application; a preliminary report. (1947) (32)
- XXXVIII The Effects of Negative Air Pressure in the Middle Ear (1948) (30)
- Reversible hearing loss in human hypothyroidism and correlated changes in the chick inner ear (1960) (30)
- Structure and function of the cochlear aqueduct. (1952) (30)
- The effect of cervical sympathectomy on cochlear electrophysiology. (1982) (30)
- Electrical potentials and fluid boundaries within the organ of Corti. (1974) (30)
- The Patterns of Response in the Cochlea (1949) (28)
- I The Transmission Properties of the Middle Ear (1950) (28)
- Acute perilymphatic perfusion of the guinea pig cochlea (1982) (27)
- Endocochlear potential and scala media oxygen tension during partial anoxia. (1980) (27)
- Control mechanisms of inner ear microcirculation. (1980) (25)
- Senecio L. (Asteraceae) in Australia: Chromosome Numbers and the Occurrence of Polyploidy (1980) (25)
- XXIV Electric Polarization of the Tectorial Membrane (1967) (24)
- A NOTE ON RECENT DEVELOPMENTS IN AUDITORY THEORY. (1954) (24)
- Influence of blood viscosity on cochlear action potentials and oxygenation (1982) (23)
- Dynamic range of the cochlear transducer. (1965) (23)
- Oxygen Availability in Tunnel of Corti Measured by Microelectrode (1972) (23)
- An Introduction to the Physiology of Hearing. (1983) (23)
- Attachment of the Tectorial Membrane Revealed by Scanning Electron Microscope (1980) (22)
- Structures of the spiral prominence and external sulcus and their relation to the organ of corti (1956) (22)
- LXIX Tissue Culture Techniques for the Study of the Isolated Otic Vesicle (1953) (21)
- Electron microscopy in Meniere's disease. (1961) (21)
- Circulation of the inner ear fluids. (1961) (21)
- Patterns of Injury Produced by Overstimulation of the Ear (1955) (21)
- The Locus of Distortion in the Ear (1940) (20)
- New theory for the correlation of the pathology and the symptomatology of Ménière's disease; a research study of the vestibular endolymphatic labyrinth. (1952) (19)
- Acoustic effects of middle ear substitution. (1960) (18)
- Onset and Growth of Aural Harmonics in the Overloaded Ear (1956) (18)
- Analysis of flow pattern in vas spirale. (1972) (17)
- Blood flow through the basilar membrane capillaries. With 16mm color motion picture. (1971) (17)
- XL The Maximum Strength of the Tympanic Muscles (1955) (16)
- The Role of the Organ of Corti in Auditory Nerve Stimulation (1973) (15)
- The flow of endolymph -- a unified concept. (1980) (15)
- Studies in human behavior (1949) (15)
- The origin of combination tones (1940) (15)
- XXVIII The Transmission Properties of the Stapes (1950) (14)
- The Effect of Middle Ear Pressure upon Distortion (1941) (13)
- LX The Double Innervation of the Tensor Tympani (1962) (13)
- Overstimulation, Fatigue, and Onset of Overload in the Normal Human Ear (1957) (13)
- DIRECT STIMULATION OF AUDITORY NERVE FIBERS. (1964) (12)
- Intracellular potential changes of Corti's organ with anoxia. (1979) (11)
- Middle ear muscle influence on binaural hearing. (1965) (11)
- Tonal interference in relation to cochlear injury (1941) (11)
- Recovery from prolonged sensorineural hearing loss. (1982) (11)
- XLI Possible Influence of Cochlear Otosclerosis on Inner Ear Fluids (1966) (9)
- ENDOLYMPH-PERILYMPH DIFFUSION AFTER BARRIER BREAKDOWN. (1964) (9)
- LX Functional Changes in Inner Ear Deafness (1958) (8)
- Direct visualization of living organ of corti and studies of its extracellular fluids. (1974) (8)
- Regeneration of Reissner's membrane. (1983) (8)
- In vivo Studies of the Microcirculation1 (1973) (8)
- Tissue‐culture studies of osteoblastic activity in ossicular fractures (1959) (7)
- Fluid balance in the inner ear. (1965) (7)
- Fluid barriers within the otic capsule. (1961) (7)
- Applied physiology of middle ear sound conduction. (1960) (7)
- LXXXIX Recent Investigations of Sound Conduction (1950) (7)
- The nature of the cochlear potentials in the monkey. (1958) (7)
- Vitamin A deficiency and its relation to hearing. (1941) (6)
- The Place Principle in Auditory Theory. (1952) (6)
- XLI Some Physiological Factors in Inner Ear Deafness (1960) (6)
- Intracochlear oxygen tension during and after loud sound exposure (1979) (6)
- [Audiometric manifestations of inner ear physiology; the aural overload test]. (1958) (6)
- Resting potentials in the inner sulcus and tunnel of corti. (1975) (6)
- Inner Ear Response to High‐Level Sounds (1962) (6)
- CURRENT CONCEPTS OF THE MECHANISM OF OCCUPATIONAL HEARING LOSS. (1964) (6)
- LXXI Sound Conduction in the Cochlea (1952) (5)
- A quantitative study of combination tones (1940) (5)
- In vivo studies of the microcirculation (with l6-mm color motion picture). (1973) (5)
- Process of sound conduction (1958) (5)
- FLUID BALANCE IN THE INNER EAR. (1965) (5)
- XLII Fluid Balance in the Inner Ear (1965) (5)
- Plastic Surgery in Otolaryngology (1964) (4)
- MECHANISMS OF AIR CONDUCTION. (1963) (4)
- Functional changes in inner ear deafness. (1958) (4)
- Are the membranous walls of the endolymphatic labyrinth permeable? (1954) (4)
- IN VITRO CULTURE OF OSTEOBLASTS FROM OTOSCLEROTIC BONE. (1965) (3)
- Dynamics of labyrinthine fluids. (1969) (3)
- The transmission properties of the middle ear. 1950. (1992) (3)
- Auditory problems in occupational medicine. (1961) (3)
- Theories of the Cause of Hydrops (1968) (3)
- Some physiological correlates of noise induced hearing loss. (1960) (3)
- New theory for the correlation of the pathology and the symptomatology of Meniere's disease; a research study of the vestibular endolymphatic labyrinth. (1952) (2)
- Physiological and Psychological Acoustics (1958) (2)
- The Transmission Properties of the Middle Ear (1992) (2)
- Sound conduction in the cochlea. (1952) (2)
- Cochlear Blood Flow (1972) (2)
- Structure and function of the ear and auditory nervous system. (1982) (2)
- Some physiological factors in inner ear deafness. (1960) (2)
- Acoustics of the opened periotic vestibule. (1959) (1)
- In Support of an “Inadequate” Method for Detecting “Fictitious” Aural Harmonics (1957) (1)
- In vitro studies of bone from the developed human otic capsule. (1955) (1)
- Combination Tones: Their Nature and Origin in the Auditory Mechanism (1941) (1)
- LXIV New Theory for the Correlation of the Pathology and the Symptomatology of Meniere's Disease (1952) (1)
- Middle‐Ear Mechanics and Surgery for Deafness (1962) (1)
- Hair cell-tectorial membrane complex. (1981) (1)
- Theoretical aspects of stapes mobilization. (1960) (1)
- Sound conduction in the cochlea. (1952) (1)
- The dynamic range of hearing. (1966) (1)
- Recent investigations of sound conduction. I. The normal ear. (1950) (1)
- Hypoxia Independence of Organ of Corti Cell Transmembrane Potentials (1978) (1)
- Role of the Basilar Membrane Capillary in Control of Organ of Corti Physiology (1972) (0)
- The Kresge Hearing Research Institute. (1962) (0)
- Appendixes, References and Index (1954) (0)
- PART III: The Problem of Distortion (1954) (0)
- Are the membranous walls of the endolymphatic labyrinth permeable? (1954) (0)
- The Effects of Pressure in the Middle Ear Upon the Electrical Responses of the Cochlea (1941) (0)
- Local Potentials Recorded from the Tunnel of Corti (1973) (0)
- Circulation of the inner ear fluids. (1961) (0)
- PART VI. Clinical Applications (1954) (0)
- PART IV. Further Characteristics of the Middle Ear (1954) (0)
- Researchers seek to pinpoint physiological mechanisms of noise-induced hearing loss. (1978) (0)
- PART VII. Further Theoretical Considerations (1954) (0)
- ERRATUM : A Nonenzymatic Illustration of " Citric Acid Type " Asymmetry : The Meso-carbon Atom (0)
- Time-Lapse Photomicrography of the in Vitro Cultured Osteoblast from Otosclerotic Bone (1965) (0)
- Discussion of Presentations by Drs Humberto Bracho and Ruben Budelli, Dr Jlri Prazma, et al, and Drs Alfred L. Nuttall and Merle Lawrence (1978) (0)
- Studies in human behavior : a laboratory manual in general psychology organized to stress the basic principles of individual and group behavior with emphasis on perception (1949) (0)
- Symposium on otogenic vertigo. Physiologic factors. (1960) (0)
- Functional Recovery and Structural Repair Following Acoustic Overstimulation of the Guinea Pig Ear (1957) (0)
- THE INTRACOCHLEAR OXYGEN TENSION ? (2002) (0)
- Structures of the spiral prominence and external sulcus and their relation to the organ of corti. (1956) (0)
- Review of Methods of Psychology. (1949) (0)
- THE PHASE CHARACTERISTICS OF THE EAR. (1954) (0)
- The otologist's responsibility in "audio analgesia". (1962) (0)
- Auditory theory: an experimental study of the place principle. (1953) (0)
- PART II: The Middle Ear as a Mechanical Transformer (1954) (0)
- Principles of Perception . S. Howard Bartley. Harper, New York, 1958. xii + 482 pp. $6.50. (1958) (0)
- Communication Disorders: Investigator Training and Support Needs (1980) (0)
- PART V. Sound Conduction in the Cochlea (1954) (0)
- The new Kresge Hearing Research Institute at the University of Michigan. (1962) (0)
- Applied physiology of the middle ear. (1960) (0)
- AC Potentials Inside the Organ of Corti (1967) (0)
- Comment on Mygind's pressure theory for stimulation of the labyrinthine epithelium. (1966) (0)
This paper list is powered by the following services:
Other Resources About Merle Lawrence
What Schools Are Affiliated With Merle Lawrence?
Merle Lawrence is affiliated with the following schools:
