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EPPENDORF MICROMANIPULATOR
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The
Eppendorf Microinjection System, as shown on the LEICA DMIRB Microscope,
perfects and automates the various stages of microinjection. System II
automates the injection routine when combined with your favorite holding manipulator.
While the Transjector 5246 plus hold the cell in place, the Micromanipulator
5171 automatically positions the injection capillary into the oocyte as the
desired injection volume is delivered. System III provides maximum
productivity by adding a second manipulator to position the holding
capillary. Independent coordinates are stored in each manipulator. Injection
is then activated through the footswitch.
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EPPENDORF TRANSJECTOR
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The
Eppendorf Transjector 5246 is designed to perfect and automate various stages
of microinjecting either cultured mammalian cells or suspended cells such as
mammalian or acquatic oocytes. The basic 5246 delivers precise, reproducible
injections from cell to cell. The 5246 Plus features a built in
pressure/vacuum supply to pick up, hold and release oocytes for
injection. Both models communicate with the 5171 micromanipulator to
execute automated injection routines.
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EPPENDORF PATCHMAN MICROMANIPULATOR
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The
Eppendorf PatchMan 5173 offers a sophisticated approach to patchclamp
micromanipulation. Designed for the electrophysiologist, PatchMan provides
you with a new level of ease and reliability for gigaseal formation.
Increased precision, stable long-term recordings, rapid tool exchange and
minimal training times simplify your electrophysiology research.
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EPPENDORF TRANSFERMAN NK MICROMANIPULATOR
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The
TransferMan NK manipulator from Eppendorf was developed in collaboration with
the research staff of the Saint Barnabas Institute for Reproductive Medicine
and Science. Their vast knowledge and expertise were essential to the
state-of-the-art design of this manipulator. As a result, the TransferMan NK
is easy to operate and ensures exceptional performance even under the most
demanding conditions. It is the ideal tool for pronuclear zygote injections,
cell and nuclear transfer applications, and in vitro fertilization via ICSI.
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