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‡a(MiU)990161189830106381
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‡aD 206.18:954
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‡aReno, Vernon R.,
‡eauthor.
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‡aSea urchin mitosis in high magnetic fields /
‡cVernon R. Reno.
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‡aPensacola, Florida.:
‡bU.S. Naval Aerospace Medical Institute, U.S. Naval Aviation Medical Center,
‡c1966.
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‡a12 pages :
‡billustrations ;
‡c28 cm.
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‡atext
‡btxt
‡2rdacontent
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‡aunmediated
‡bn
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‡aNAMI ;
‡v954
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‡a"This research was conducted under the sponsorship of the Office of Biotechnology and Human Research, National Aeronautics and Space Administration."--title page.
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‡a"Bureau of Medicine and Surgery, Project MR005. 13-9010, Subtask 1, Report No. 9, NASA Order R-39."--title page.
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‡aJoint report of the United States Naval Aerospace Medical Institute and the National Aeronautics and Space Administration.--cover.
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‡a"1 February 1966."
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‡aIncludes bibliographical references (page 12)
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‡aMitosis in sea urchin eggs was retarded following their exposure to magnetic fields higher than 70,000 gauss which had gradients greater than 4200 gauss/centimeter. The degree of retardation was correlated simultaneously to both the field strength and the field gradient. Division delay in fields ranging from 100,000 to a maximum of 120,000 gauss was independent of the gradient. Differences in division delay were found which may be a reflection of the differential migration of oxygen and nitrogen due to their para- and diamagnetic properties. An hypothesis is given concerning the biochemical processes affected by magnetic fields. (Author).
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‡aMode of access: Internet.
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‡aMagnetic fields
‡xPhysiological effect.
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‡aMitosis.
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‡aSea urchins
‡xEggs
‡xEffect of magnetism on.
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‡aUnited States.
‡bNavy Department.
‡bBureau of Medicine and Surgery.
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‡aUnited States.
‡bNational Aeronautics and Space Administration.
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‡aNaval Aerospace Medical Institute (U.S.)
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‡aTechnical Report Archive & Image Library (TRAIL)
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