Fast acousto-optic tissue sensing with tandem nanosecond pulses

Resink, Steffen

doi:10.3990/1.9789036539203

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“…EGTA is also used to deplete membrane preparations of calcium and/or calmodulin [ 1,2.4.15-l 81. The concentration at which EGTA is used varies considerably from micromolar [ 19-241 through to millimolar concentrations [2,8,13,16, [16].…”

Section: Introductionmentioning

confidence: 99%

The inhibition of human duodenal adenylate cyclase activity by Ca²⁺ and the effects of EGTA

et al. 1993

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This study demonstrates that the Inhibition of adenylate cyclase activity by Ca" is enhanced m the presence of mcreasmg [EGTA] (0, 0.3. 1. 2.5 mM) by 2 orders of magnitude.It has been established that this effect is not because of poor Ca" buffering by low [EGTA] or high Ca*' bmdmg by the membrane preparation.It is present irrespective of stimulus. We suggest the enhanced sensitivity of adenylate cyclase to Ca" induced by EGTA is caused by the Ca-EGTA complex being a more Inhibitory spectes than Ca". Thus consideration of the effects of the CapEGTA complex should be made when interpreting the results from expertments mvolving Ca" and EGTA.

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Section: Introductionmentioning

confidence: 99%

The inhibition of human duodenal adenylate cyclase activity by Ca²⁺ and the effects of EGTA

et al. 1993

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show abstract

Fast acousto-optic tissue sensing with tandem nanosecond pulses

Cited by 1 publication

References 101 publications

The inhibition of human duodenal adenylate cyclase activity by Ca²⁺ and the effects of EGTA

The inhibition of human duodenal adenylate cyclase activity by Ca²⁺ and the effects of EGTA

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Fast acousto-optic tissue sensing with tandem nanosecond pulses

Cited by 1 publication

References 101 publications

The inhibition of human duodenal adenylate cyclase activity by Ca2+ and the effects of EGTA

The inhibition of human duodenal adenylate cyclase activity by Ca2+ and the effects of EGTA

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The inhibition of human duodenal adenylate cyclase activity by Ca²⁺ and the effects of EGTA

The inhibition of human duodenal adenylate cyclase activity by Ca²⁺ and the effects of EGTA