Hydrogen Water May Help Prevent Cataracts by Fighting Eye Damage

Authors
Journal
Medical Science Monitor
Year
DOI
10.12659/msm.899807
Study Type
clinical
Peer Reviewed
Yes
Country
China
Health Condition
Cataracts
Body System
Visual

TL;DR

Scientists think a special salt water with hydrogen in it could help prevent cataracts (cloudy eyes that cause blindness) by fighting harmful molecules called free radicals that damage the eye lens—and the cool part is that hydrogen can get into the deepest parts of cells better than other treatments we already use. They're saying this idea is worth testing more to see if it actually works.

Key Finding

This is a hypothesis paper proposing that hydrogen-rich saline could protect lens proteins from oxidative damage, not a study with experimental results.

Summary

This paper proposes that hydrogen-rich saline could help prevent or treat cataracts (clouding of the eye lens), which is a major cause of blindness worldwide. The authors argue that cataracts develop partly due to oxidative stress—an imbalance where harmful molecules called reactive oxygen species accumulate and damage eye tissue. They suggest that molecular hydrogen might protect against this damage because it can penetrate deep into cells and neutralize these harmful molecules, potentially better than other antioxidants.

Practical Takeaway

This paper presents a theoretical argument rather than evidence from experiments or human trials. While the proposed mechanism is scientifically plausible, there are currently no study results presented to support whether hydrogen-rich saline actually prevents or treats cataracts in people. Anyone interested in this approach should await actual clinical research before considering it.

Abstract (excerpt)

Cataract is the leading cause of irreversible blindness worldwide. Increasing evidence indicates that oxidative stress is an important risk factor contributing to the development of cataract. Moreover, the enhancement of the antioxidant defense system may be beneficial to prevent or delay…

Read the full abstract via DOI