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City Tokyo / Danoff / Parekh / London / Theibert / CALI / / Company PM / Laser Science Inc. / Elsevier Ltd. / Patterson / Olympus / Technology Corporation / DT40 / / Country Japan / United States / / / Event Product Issues / / Facility Pflugers Arch / Medicine The University of Tokyo / / IndustryTerm physiological salt solution / propionyloxymethyl / chemical syntheses / intracellular solution / homogenous solution / pulse energy / biological applications / biochemical applications / laser pulse energy / extracellular solution / appropriate site / exracellular solution / / MedicalCondition tumor / cancer / contraction / B lymphoma cells / basophilic leukaemia cells / / Organization Graduate School / Research Foundation for Opt-Science and Technology / University of Tokyo / Mitsubishi Foundation / Ministry of Education / / Person Mayford / Nat / Anderson / / / Position representative / D.J. / / Product penicillin / M-16 / IP3 / LG PC12 Radio / Ca2 / DT40 cells / / ProvinceOrState A.B. / S.K. / / Technology Laser / antibodies / gene expression / Technology of Japan / FlAsH / /
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Chemistry & Biology, Vol. 11, 1053–1058, August, 2004, 2004 Elsevier Ltd. All rights reserved. DOI[removed]j .c he m bi ol[removed]1 2 Modification of Intracellular Ca2ⴙ Dynamics by Laser Inactivation of