Steven H. Dewey, MD

Most recent by Steven H. Dewey, MD

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April 18, 2022
2 min read
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Horizontal chop with a flip useful for dense cataract

Horizontal chopping is my preferred phaco technique because it works well for any density of nucleus, independent of pupil size.

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March 15, 2022
12 min watch
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VIDEO: Surgeon discusses horizontal chop phaco technique

In this video, Steven H. Dewey, MD, explains how to perform his phacoemulsification horizontal chop technique.

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March 15, 2022
16 min watch
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VIDEO: Phacoemulsification flip useful for dense nuclei

In this video, Steven H. Dewey, MD, explains a phacoemulsification flip modification for dense nuclei.

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March 15, 2022
13 min watch
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VIDEO: Surgeon discusses phaco technique for dense cataracts

In this video, Steven H. Dewey, MD, discusses how to adapt a horizontal chop phacoemulsification technique to handle dense cataracts.

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June 06, 2019
4 min watch
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VIDEO: Modified technique improves consistency, efficiency of cortical removal in FLACS

ROME — At the OSN Italy meeting, Steven H. Dewey, MD, speaks about second-wave hydrodissection as a way of removing cortex after femtosecond laser-assisted cataract surgery. His personal variant of this technique makes cortical removal even more consistent and efficient.

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June 09, 2017
3 min watch
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VIDEO: Surgeon speaks about latest improvements in phacodynamics

MILAN — At the OSN Italy meeting, Steven Dewey, MD, speaks about the advantages of the automated occlusion sensing technology of the WhiteStar Signature Pro phacoemulsification system (Johnson & Johnson Vision).

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March 15, 2002
7 min read
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Cortical removal simplified by J-cannula irrigation

The number of instruments available for removal of subincisional cortex is a testimony to the challenge of this step of cataract surgery. As incisions and capsulotomies have become smaller, this region has become more sequestered. Whether the technique is bimanual, with separate instruments for the sideport and main incisions, or a technologically advanced steerable irrigation and aspiration, the fundamental principle of cortical re mov al has remained the same: aspiration.