ライフサイエンスコーパス: perforated patch recording

1 r s at 5 Hz and 27 vesicles per s at 200 Hz (perforated patch recordings).

2 this was not different during whole-cell or perforated patch recording.

3 y) in mouse cartwheel cells using gramicidin perforated-patch recording.

4 n variants were obtained with whole-cell and perforated-patch recording.

5 eurons was investigated using whole-cell and perforated-patch recording.

6 those of the endogenous buffer assayed with perforated-patch recording.

7 ulation of AHP currents using whole-cell and perforated patch recordings.

8 pauses were studied in striatal slices using perforated patch recordings.

9 exposure to 110 mM BaCl(2) in whole-cell and perforated patch recordings.

10 zing) current, as determined with gramicidin-perforated patch recordings.

11 kinin, and 1 histamine) using whole-cell and perforated-patch recordings.

12 s was investigated by performing gramicidine perforated-patch recordings.

13 ndard whole-cell recordings and amphotericin perforated-patch recordings.

14 ffin cells using whole-cell voltage clamp in perforated-patch recordings.

15 cytes, a sizable IKs could be measured using perforated-patch recordings (8.0 +/- 1.6 pA pF-1, n = 13

16 Using perforated-patch recording, a small proportion of the co

17 s from a single case of TSC were measured by perforated patch recording and compared to normal-appear

18 Perforated patch recording and whole-cell recording comb

19 However, by performing perforated patch recordings and calcium imaging experime

20 Perforated-patch recordings and two-photon calcium imagi

21 ore, they are present in both whole-cell and perforated-patch recording configurations.

22 ns under voltage clamp in the whole-cell and perforated-patch recording configurations.

23 Perforated patch recordings demonstrate that the reversa

24 With gramicidin-perforated patch recording, E(GABA) was -25 +/- 5 mV (me

25 In perforated patch recordings, EREV for RB cells was signi

26 Activation of the B cell receptor (BCR) in perforated-patch recordings evoked the same response.

27 Data obtained with whole-cell and perforated patch recordings from SNR neurons in slices i

28 Whole-cell perforated-patch recording from cultured CA1-CA3 pyramid

29 rtual synaptic activity using dynamic clamp, perforated-patch recordings from dissociated bullfrog sy

30 ification in the ear, we made whole-cell and perforated-patch recordings from hair cells and postsyna

31 o move toward resolution of these questions, perforated-patch recordings from medium spiny neurons in

32 In perforated-patch recordings from rat utricular hair cell

33 re assessed using trypan blue dye exclusion, perforated-patch recordings, fura-2 fluorescence, and ti

34 BAPTA concentrations with values measured in perforated-patch recordings gave the endogenous calcium

35 re simultaneously recorded using whole-cell, perforated patch recording in freshly dissociated guinea

36 nique was developed that involves the use of perforated patch recordings in combination with fluoresc

37 Based on gramicidin-perforated patch recordings in hypothalamic slices from

38 Using perforated-patch recording in a mammalian synapse, we fo

39 Perforated patch recordings indicated that the efficacy

40 In perforated patch recordings, linopirdine, a specific M-c

41 The perforated patch recording method was employed in order

42 A perforated patch recording method was used to determine

43 Using both whole-cell and perforated patch recording methods, hypotonic solution c

44 capsaicin were examined using whole-cell and perforated patch recording methods.

45 The whole-cell perforated-patch recording mode was used to record a Ca2

46 Contrary to our expectations, nystatin-perforated patch recordings of whole-cell K+ currents re

47 nt of single-cell fura-2 fluorescence during perforated-patch recording of TRPC6 currents showed that

48 In perforated-patch recordings, phorbol 12-myristate 13-ace

49 Gramicidin perforated-patch recording revealed a GABA reversal pote

50 Perforated-patch recordings revealed changes in action p

51 Perforated-patch recordings revealed that oscillatory re

52 Perforated-patch recordings revealed that serum induced

53 In agreement, perforated-patch recordings show that intracellular Cl(-

54 Here, whole-cell patch clamp and perforated-patch recordings show that substrates of the

55 The perforated patch recording technique was used to investi

56 and Bengalese finches, using whole-cell and perforated-patch recording techniques in current-clamp c

57 annel were investigated using whole-cell and perforated-patch recording techniques in NG108-15 cells.

58 Here, we used whole-cell and perforated-patch recording techniques to elucidate the m

59 postnatal CR cells was studied directly with perforated-patch recording techniques.

60 In perforated-patch recordings, the rate of desensitization

61 In perforated-patch recordings, the rise in [Ca2+]i coincid

62 In whole-cell perforated-patch recordings, these cells responded to lo

63 ersal potential was determined by gramicidin perforated patch recordings to be -65.3 +/- 5.0 mV, lyin

64 We used gramicidin-perforated patch recordings to characterize Cl- transpor

65 The rebound of the current seen in perforated-patch recordings was blocked by the PI4-kinas

66 Next, using gramicidin-based perforated patch recordings, we found that the GABA reve

67 Using perforated-patch recording, we also found that K(ATP) ch

68 By using gramicidin perforated-patch recordings, we established that the pre

69 Using perforated-patch recordings, we found that individual ha

70 Using perforated-patch recordings, we have examined the part p

71 Using whole-cell and perforated-patch recordings, we have examined the part p

72 ing unitary field potential and gramicidin D perforated-patch recordings, we provide evidence that th

73 Perforated patch recordings were made from single mouse

74 Whole-cell and gramicidin-perforated patch recordings were obtained from inferior

75 ) receptor activation on membrane potential, perforated patch recordings were obtained from NG2 cells

76 Perforated patch recordings were used to determine how p

77 Whole-cell and perforated-patch recordings were made from neurons in ra

78 ding but enhanced current amplitude in those perforated-patch recordings where little current was evi