Miller Kevin M

Miller Kevin M, Aboughaida Ali, Dyk David, Yalamanchili Satish, Makari Sarah

This study compared phacoemulsification systems, finding UNITY® had 44% lower occlusion break surge than CENTURION®. This reduces intraocular pressure fluctuations, potentially improving safety and confidence in complex cataract surgery.

Fram Nicole R, Snyder Michael, Pineda Roberto, Miller Kevin M, Landreneau James, van den Berg Arthur et al.

Cosmetic iris implants cause severe, irreversible damage like glaucoma, corneal edema, and cataracts, necessitating complex, often failed, surgeries. Avoid these dangerous, unapproved implants.

Ayres Brandon D, Fant Barbara S, Landis Zachary C, Miller Kevin M, Stulting R Doyle, Cionni Robert J et al.

This study found the CustomFlex Artificial Iris safely and effectively reduced light sensitivity and improved quality of life for patients with congenital or acquired iris defects, offering a valuable treatment option.

Miller Kevin M, Dyk David W, Yalamanchili Satish

This study found the Centurion phacoemulsification system caused less aqueous volume loss after occlusion breaks than WhiteStar or Stellaris PC. This suggests improved anterior chamber stability during cataract surgery.

Ghaffari Reza, Aldave Anthony J, Al-Hashimi Saba, Miller Kevin M

Cosmetic artificial iris implants caused serious, persistent eye complications like glaucoma, corneal damage, and inflammation, even years after removal, underscoring their significant risks.

Bahadur Gavin G, Miller Kevin M

This study reviewed artificial iris exchanges, finding varied indications (often corneal decompensation) and outcomes, highlighting the complex, patient-specific challenges and comorbidities (like glaucoma) in maintaining cosmetic and functional benefits.

Bonnet Clémence, Miller Kevin M

Custom artificial iris implants effectively reduced glare and improved cosmesis, but carried moderate safety risks including endothelial cell loss and complications, requiring careful consideration.

Thorne Andrew, Dyk David W, Fanney Douglas, Miller Kevin M

This study found newer phacoemulsification systems and higher target IOPs significantly reduce surgical surge volumes, improving safety by minimizing intraocular pressure fluctuations during cataract surgery.

Aravena Carolina, Dyk David W, Thorne Andrew, Fanney Douglas, Miller Kevin M

This study found phacoemulsifier occlusion breaks cause varying aqueous volume loss (surge) across machines, increasing with vacuum. This highlights potential for severe chamber shallowing, impacting surgical safety.

Dyk David W, Miller Kevin M

Researchers developed a mechanical model mimicking human eye compliance with pressure changes. This model, based on cadaver eye data, accurately predicts volumetric changes, which is crucial for understanding and mitigating post-occlusion break surge during cataract surgery.

Nicoli C Manuel, Dimalanta Ramon, Miller Kevin M

Active phacoemulsification systems maintained target intraocular pressure better than passive systems during aspiration flow. This suggests active systems offer superior anterior chamber stability during cataract surgery.

Trotter William L, Miller Kevin M

This study found monocular patients undergoing cataract surgery had more ocular comorbidities, but achieved similar visual improvement and complication rates as binocular patients, though their final vision was slightly worse.