Do electrogram-gated radiofrequency ablations with duty cycle power delivery negate effects of ablation catheter motion?
(1) Lesion depth decreases and length increases in conventional ablations with greater degrees of lateral catheter movements; (2) electrogram-gated pulsed radiofrequency delivery negated the effects from lateral catheter movement by creating consistently deeper lesions irrespective of the degree of catheter movement; and (3) target lesion depths were reached significantly faster in electrogram-gated than in conventional ablations.
The relationship between AMH and ovarian reserve in the monkey is similar to that in women, suggesting that monkeys may be a useful model for studying hormonal fluctuations across the menopausal transition.