PICOSPRITZER III User Guide
REV 03/2007

PICOSPRITZER® III
Pressure Systems for Ejection ofPicoliter Volumes in Cell Research【問い合わせ先】クロダニューマティクス株式会社
マーケティング本部
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http://www.parkerkuroda.com

PICOSPRTIZER® III
細胞研究用ピコリットル[pℓ]（マイクロ）インジェクションシステム

操作マニュアル

内 容㪉

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4. Dufy, B. Vincent J-D. Fluery, H.,
Pasquier, P., Gourdji, D., and TixlerVidal, A. “Membrane effects ofthyrotropin-releasing hormone andestrogen shown by intracellular
recording from pituitary cells.”
Science. 204.509 (1979)
5. Tauc, L., Hoffman, A., Tsuji, S.,Hinzen, D. and Faille, L.
“Transmission abolished in acholinergic synapse after injection ofacetylcholinesterase into thepresynaptic neuron.” Nature, 250,496 (1974)
6. Chang, J.J., Gelperin, A., andJohnson, F.H. “Intracellulary
injected aequorin detects
transmembrane calcium flux during
action potentials in an identified
neuron from the terrestrial slug.”
Brain Research 77:431 (1974)
7. Krnjevic, K., Mitchell, J.F., andSzerb, J.C. “Determination ofiontophoretic release ofacetylcholine from micropipettes.”
J.Physiol. 165:421 (1963)
8. Zieglgansberger, W., Southmann, G.,
and Herz, A. “Iontophoretic releaseof substances from micropipettes invitro.” Neuropharmacol. 13:417(1974)
9. Kuffler, S. and Yoshikami, D. “The
number of transmitter molecules in aquantum: an estimate from
iontophoretic application ofacetylcholine at the neuromuscularsynapse.” J. Physiol. 251:465 (1975)
10. Eisenstadt, M., Goldman, J.E.,
Kandel, E.R., Koike, H., Koester, J.
and Schwartz, J. “Intrasomaticinjection of radioactive precursors

1. McCaman, R.E., Mc Kenna,D.G. and Ono, J.K. “Apressure system for
intracellular and extracellularejections of picoliter
volumes.” Brian Research
136:141 (1977).
2. Sakaki, M., Sakai, H andWoody, C.D. “Intracellular
staining of cortical neurons
by pressure micro-injectionof horseradish peroxidase andrecovery by core biopsy.”
Exp. Neurol. 58:138 (1978)
3. Sakai, M. Swartz, B.E. andWoody, C.D. “Controlled
micro release ofpharmacological agents:
measurements of volume ejected invitro through fine tipped glass
microelectrodes by pressure.”
Neuropharmacol. 18:209 (1979)㪎for studying transmitter
synthesis in identified
neurons of Aplysia.” Proc.
Nat. Acad. Sci. 70:3371(1973)
11. Schwartz, J.H. “Synthesis,axonal transport and releaseof acetylcholine by identified
neurons of Aplysia.” Proc.
Nat. Acad. Sci. 70:3371(1973)
12. Thompson, E.B., Schwartz,J.H. and Kandel, E.R. “Aradio autographic analysis in
the light and electron
microscope of identified
Aplysia neurons and theirprocesses after intrasomatic
injection of L-H3-Fucose.”
Brain Research.112:251(1976)
13. Baux, G., Simonneau, M.
Tauc, L. “Transmitter release,Ruthenium red used todemonstrate a possible role ofsialic acid containingsubstrates.” J. Physiol. 291,161-178 (1979)
14. Sakai, M., Sakai, H., andWoody, C.D. “Sampling
distribution ofmorphologically identified
neurons of coronalpericruciate cortex of awakecats following intracellular
injection of HRP.” Brain
Research. 152: 329-333(1978)
15. Amaral, D.G. and Price, J.L.
“An air pressure system forthe injection of tracer
substances into the brain.”Jrnl. Neuroscience Methods.
9:35-34 (1983)㪏㪐㪈㪇

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