Alkali Burns of the Eye

Assault-related severe ocular chemical injury at a London ophthalmic referral hospital: a 3-year retrospective observational study

“…SOCIs were defined as either grade 3 or 4 on the H-R-H classification system 5 7. The H-R-H classification was chosen over the newer Dua classification to follow the same inclusion criteria as reported in the British Ophthalmological Surveillance Unit (BOSU) study 3.…”

Assault-related severe ocular chemical injury at a London ophthalmic referral hospital: a 3-year retrospective observational study

“…SOCIs were defined as either grade 3 or 4 on the H-R-H classification system 5 7. The H-R-H classification was chosen over the newer Dua classification to follow the same inclusion criteria as reported in the British Ophthalmological Surveillance Unit (BOSU) study 3.…”

Progress in Nanotechnology for Treating Ocular Surface Chemical Injuries: Reflecting on Advances in Ophthalmology

“…[4] The pH is a crucial component in determining an alkali's toxicity, with a pH > 11.5 causing substantial corneal damage. [5] It has long been known that alkali compounds penetrate more quickly than acids. [3a] Ammonia has the quickest penetration rate (>3 min) among the various alkali chemicals that can result in serious eye burns.…”

On the new classification of eye burns

“…В странах Запада до настоящего времени в определенной степени востребована классификация ожогов глаз, предложенная в 1946 г. W. Huges [1] и модифицированная в 1963 г. P. Ballen и в 1965 г. M. Roper-Hall [2]. В России с 1957 г. широким признанием пользовалась классификация ожогов глаз Б.Л.…”

Assault-related severe ocular chemical injury at a London ophthalmic referral hospital: a 3-year retrospective observational study

“…SOCIs were defined as either grade 3 or 4 on the H-R-H classification system 5 7. The H-R-H classification was chosen over the newer Dua classification to follow the same inclusion criteria as reported in the British Ophthalmological Surveillance Unit (BOSU) study 3.…”

Progress in Nanotechnology for Treating Ocular Surface Chemical Injuries: Reflecting on Advances in Ophthalmology

“…[4] The pH is a crucial component in determining an alkali's toxicity, with a pH > 11.5 causing substantial corneal damage. [5] It has long been known that alkali compounds penetrate more quickly than acids. [3a] Ammonia has the quickest penetration rate (>3 min) among the various alkali chemicals that can result in serious eye burns.…”

On the new classification of eye burns

“…В странах Запада до настоящего времени в определенной степени востребована классификация ожогов глаз, предложенная в 1946 г. W. Huges [1] и модифицированная в 1963 г. P. Ballen и в 1965 г. M. Roper-Hall [2]. В России с 1957 г. широким признанием пользовалась классификация ожогов глаз Б.Л.…”

Assault-related severe ocular chemical injury at a London ophthalmic referral hospital: a 3-year retrospective observational study

“…SOCIs were defined as either grade 3 or 4 on the H-R-H classification system 5 7. The H-R-H classification was chosen over the newer Dua classification to follow the same inclusion criteria as reported in the British Ophthalmological Surveillance Unit (BOSU) study 3.…”

Progress in Nanotechnology for Treating Ocular Surface Chemical Injuries: Reflecting on Advances in Ophthalmology

“…[4] The pH is a crucial component in determining an alkali's toxicity, with a pH > 11.5 causing substantial corneal damage. [5] It has long been known that alkali compounds penetrate more quickly than acids. [3a] Ammonia has the quickest penetration rate (>3 min) among the various alkali chemicals that can result in serious eye burns.…”

On the new classification of eye burns

“…В странах Запада до настоящего времени в определенной степени востребована классификация ожогов глаз, предложенная в 1946 г. W. Huges [1] и модифицированная в 1963 г. P. Ballen и в 1965 г. M. Roper-Hall [2]. В России с 1957 г. широким признанием пользовалась классификация ожогов глаз Б.Л.…”