![Figure 4. Summarized data showing the effects of midazolam on the amplitude and frequency of intracellular free calcium [Ca2+]i) oscillations induced by phenylephrine (n = 12 cells).](https://asa2.silverchair-cdn.com/asa2/content_public/journal/anesthesiology/88/3/10.1097_00000542-199803000-00032/2/32ff4.png?Expires=1716271861&Signature=CZqtKmZ4f0W3gYgF1LPVcmi2jnLPPZfcotxvZmQ3Gw0ReMXYYetSlp~wzGPs0Kd1mcSXvXyChAY6JOtbkCKG5u5Cw3Cvg2UMcCQs1MmL3xBpTmPRSDigFq-eZy2x2713n97TqCrU0S5ar0vqHTfRJH9DMh0V14QDXqf0aqdwSHDrKpJdzJO11i6IcUE5S0iuzSZtgX-VxQpRFo11K0lgUz8H447qwuafpJgVNEyeeIIRWk7W-P9jcPmzXl9t1rUvG0cXDrx~-7xaXjXAkhxZzbDFFfpxNCTOusKLjLP4twpUhPigbEhDOxmf58GEyUaswFgbuqBJYpiYZdnBHCEMuw__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Figure 4. Summarized data showing the effects of midazolam on the amplitude and frequency of intracellular free calcium [Ca2+]i) oscillations induced by phenylephrine (n = 12 cells).
Figure 4. Summarized data showing the effects of midazolam on the amplitude and frequency of intracellular free calcium [Ca2+]i) oscillations induced by phenylephrine (n = 12 cells).
