Welcome to Narishige And Puller Pp-83
Glass capillaries (gsf- clark electromedical) with a puller (narishige pp-83) they were syl-gardcoatedas close to the tip as possible and"re polished in a e (narishige mf. The patch pipettes were made from borosilicate glass capillary tubules by means of a two-stage patch pipette puller (pp-83, narishige co ltd, tokyo, japan) and fire-polished.
Pipettes were manufactured from borosilicate glass capillaries (gc t-75, clark electromedical instruments, london, uk) using a -stage puller (pp-83, narishige.
Patch pipettes were pulled with a two-stage electrode puller (pp-83; narishige, tokyo, japan), and the tips were polished immediately before the experiment with use of a e.
Pipettes were pulled from borosilicate glass (garner, claremont, ca) using a two-stage vertical puller (pp-83, narishige, tokyo), coated with sylgard (wpi) and fire-polished on a.
Electrodes (2- m) were made from glass capillaries (gc150f-15, clark electromedical instruments; reading, uk) by using a vertical puller (pp-83, narishige; tokyo, japan). New york, usa) using a two-stage vertical pipette puller (pp-83, narishige, japan) the tips of pipettes were polished using a e before back-filling with "intracellular.
Patch pipettes were pulled with a two-stage electrode puller (pp-83, narishige), and the tips were polished immediately before the experiment with use of a e (mf-83, narishige.
Contrast microscope diaphoto tmdnickontokyo glassmicroelec trodeswere fabricated from glass capillary tubes us ingatwo stage pipette puller type pp narishige. Glass tubing (borosilicate tubing with omega dot, od mm, id mm; frederik haer, brunswick, me) was pulled with a pipette puller (pp-83; narishige scientific instrument. Patch pipettes (resistance - m) were made from borosilicate capillary tubes (15-mm od, -mm id, clay adams) by using a two-stage vertical puller (pp, narishige, tokyo, japan.
Glass tubing (borosilicate tubing with mm od and mm id; frederick haer, brunswick, me) was pulled with a pipette puller (pp-83; narishige scientific instrument laboratories. The electrode wa s pulled at two stages by puller (pp-83 narishige japan) with a tip diameter l l um and resistance4 5mn single channel currents were detected by a patch.
Pipettes were pulled (pp- puller, narishige, tokyo, japan) from thick-walled borosilicate glass (garner), coated with sylgard (wpi, stevenage, uk), fire polished on a e (mf. Patch pipettes were made of borosilicate glass capillary with an outer diameter of mm using a vertical puller (pp-83; narishige scientific instruments, tokyo, japan), and had a. Patch pipettes were made of glass capillary with an outer diameter of mm using a vertical puller (pp-83; narishige scientific instruments, tokyo, japan), and had a tip.
Instruments; sarasota, fl) that were pulled onavertical electrode puller (narishige, pp-83) the middle of the granule cell layer usinga hydraulic microm pulator (narishige.
The pipettes were made of glass capillaries ona narishige pp- puller their tips had a diameter of about wm at the cis and trans sides of the blm, respectively, two patch. Patch pipettes (2- m) were fabricated using a puller (pp-83, narishige, tokyo) and were heat polished (mf-83, narishige) to record transient outward current (i to), we filled the. Patch-pipettes were pulled from borosillicate tubing ( mm outside diameter, mm inside diameter; science products, hofheim, germany) using a vertical puller (pp-83, narishige.
Patch pipettes were pulled from corning borosilicate glass capillaries (warner instrument, hamden, ct) on a two-step puller (narishige pp-83), coated with wax to within m. Pipettes were fabricated from borosilicate glass capillaries (hilgenberg) by use of a two-step puller (model pp-83, narishige) pipettes had a tip resistance of to m when filled.
Mntb neurons were chosen ucts, hofheim, germany) with a vertical puller (pp-83; for two reasons: (a) their membrane properties narishige, london, uk). Patch electrodes were fabricated from -glass capillaries (drummond scientific) in two stages on a vertical electrode puller (pp-83, narishige) and were heat polished on a. Electrodes were fabricated from corning glass (garner glass, fullerton, ca) in two steps on a narishige pp- electrode puller (narishige, tokyo, japan).
The micropipettes were pulled to a tip diameter of m with a pipette puller (pp-83; narishige scientific instrument laboratories, tokyo, japan).
Patch-clamp analysis pipettes witharesistance of to mwhenfilledwith mm kcl solution were manufactured with a two-stage puller (pp-83; narishige, usa, inc, greenvale, ny).
Patch pipettes were prepared from kimax capillary tubes (vineland, nj) using a vertical two-step electrode puller (pp-83; narishige, tokyo, japan), and the tips were fire-polished. Pipettes were pulled from thick-walled borosilicate glass (garner, claremont, ca) with a two-state puller (pp-83, narishige, tokyo, japan), coated with sylgard (wpi), and fire.
Patch pipettes were pulled from borosilicate glass tubing (world precision instruments; tw150f-4, outer diameter mm) ona pp- narishige puller and filled with the following.
Patch electrodes were pulled from thin-walled glass tubing (gd-15, narishige, tokyo, japan) with a pipette puller (pp-83, narishige) patch electrodes used for whole cell voltage..
