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. 2023 Jun 17;28(12):4826. doi: 10.3390/molecules28124826

Table 1.

The sum of changes in 35 arterial pulse waveform parameters (APW-Ps) in nine anaesthetized rats after intravenous administration of 1 and 2 µmol kg−1 phthalic selenoanhydride (R-Se). Arrow indicates transient increase or decrease in particular APW-Ps after R-Se administration. The number indicates how many times the increase or decrease was observed out of nine experiments. Symbol ”~“ indicates a not clearly resolved effect of R-Se. Data were evaluated visually from Figure 2 and Figures S2–S9.

APW-Ps Variation APW-Ps Variation
  • (a)

    Systolic blood pressure

↓ = 9
  • (aa)

    Systolic blood pressure

↓ = 9
  • (b)

    Heart rate

↓ = 9
  • (bb)

    Anacrotic notch

↓ = 9
  • (c)

    Systolic area

↑ = 9
  • (cc)

    Anacrotic notch relative level

↑ = 9
  • (d)

    dP/dtmax

↓ = 7
  • (dd)

    Anacrotic notch delay

↑ = 9
  • (e)

    dP/dtmax relative level

↓ = 9
  • (ee)

    Anacrotic notch relative delay

↓ = 7
  • (f)

    dP/dtd

↑ = 7
  • (ff)

    [Dicrotic notch (DiN) in s] − [Anacrotic notch (AnN) in s]

↑ = 9
  • (g)

    dP/dtd relative level

↓ = 8
  • (gg)

    [(DiN − AnN) in s]/[dP/dtmin in mmHg µs−1]

~
  • (h)

    dP/dtd − dP/dtmax

↑ = 9
  • (hh)

    [(DiN − AnN) in s]/[dP/dtmax in mmHg µs−1]

↑ = 8
  • (i)

    dP/dtd − dP/dtmin

↑ = 9
  • (ii)

    [AnN in ms] − [1Max in ms]

↑ = 7
  • (j)

    Diastolic blood pressure

↓ = 9
  • (jj)

    Augmentation index relative

~
  • (k)

    Pulse BP

↑ = 7
  • (kk)

    Dicrotic notch

↓ = 9
  • (l)

    Diastolic area

↑ = 8
  • (ll)

    Dicrotic notch relative level

~
  • (m)

    dP/dtmin

↓ = 6
  • (mm)

    Dicrotic notch delay

↑ = 9
  • (n)

    dP/dtmin relative level

~
  • (nn)

    Dicrotic notch relative delay

~
  • (o)

    dP/dtmin delay

↑ = 9
  • (oo)

    [DiN in mmHg] − [AnN in mmHg]

↓ = 7
  • (p)

    dP/dtd delay

↑ = 9
  • (pp)

    [(DiN − AnN) in mmHg]/[dP/dtmin in mmHg ms−1]

↑ = 6
  • (q)

    dP/dtd − dP/dtmax

~
  • (qq)

    [(DiN − AnN) in mmHg]/[dP/dtmax in mmHg ms−1]

↓ = 6
  • (r)

    dP/dtd − dP/dtmin

~
  • (rr)

    [AnN in mmHg] − [1Max in mmHg]

↑ = 8