The relationship between bulbar conjunctival hyperemia and temperature was investigated. Conjunctival redness was induced in eighteen volunteers by instilling hypertonic saline into the conjunctival sac. The degree of redness was estimated using a subjective grading scale. The subsequent changes in temperature of the nasal bulbar conjunctiva were monitored using an infra-red bolometer. Conjunctival hyperemia was significantly correlated with conjunctival temperature; the maximum response of a 3-grade change in redness was accompanied by an increase of 0.5 degrees C in temperature. These findings confirm the classic association between inflammation, rubor and calor
AbstractDry eye disease (DED) is a multifactorial disorder affecting the composition and volume of t...
PURPOSE: To determine whether the more rapid cooling of the tear film in dry eyes is related to othe...
To study the geographical distribution of corneal temperature (CT) and its influence on the intraocu...
The relationship between bulbar conjunctival hyperemia and temperature was investigated. Conjunctiva...
The translucent appearance of the conjunctiva allows for immediate visualization of changes in the c...
Purpose A red eye is common in the ophthalmic practice, and redness is one out of four cardinal sign...
Purpose: To review methods of assessing bulbar redness, particularly with respect to the practicalit...
A wide-field color-coded infra-red imaging device was applied to the measurement of i) the temperatu...
Purpose: To characterize ocular surface temperature (OST) in healthy eyes and its association with s...
Purpose: To investigate the appearance of limbal and bulbar hyperaemia in normal eyes, their relatio...
Background. The aim of this study is to investigate the ocular thermographic profiles in age-related...
Background/PurposeTo evaluate meibomian gland dysfunction (MGD) by infrared thermography.MethodsAn o...
An in vivo exposure to 197 W/cm2 1090 nm infrared radiation (IRR) requires a minimum 8 s for catarac...
The present study was carried out to examine the hypothesis that ocular surface temperature measured...
PurposeTo investigate the relationship between ocular surface temperature (OST) and tear film thinni...
AbstractDry eye disease (DED) is a multifactorial disorder affecting the composition and volume of t...
PURPOSE: To determine whether the more rapid cooling of the tear film in dry eyes is related to othe...
To study the geographical distribution of corneal temperature (CT) and its influence on the intraocu...
The relationship between bulbar conjunctival hyperemia and temperature was investigated. Conjunctiva...
The translucent appearance of the conjunctiva allows for immediate visualization of changes in the c...
Purpose A red eye is common in the ophthalmic practice, and redness is one out of four cardinal sign...
Purpose: To review methods of assessing bulbar redness, particularly with respect to the practicalit...
A wide-field color-coded infra-red imaging device was applied to the measurement of i) the temperatu...
Purpose: To characterize ocular surface temperature (OST) in healthy eyes and its association with s...
Purpose: To investigate the appearance of limbal and bulbar hyperaemia in normal eyes, their relatio...
Background. The aim of this study is to investigate the ocular thermographic profiles in age-related...
Background/PurposeTo evaluate meibomian gland dysfunction (MGD) by infrared thermography.MethodsAn o...
An in vivo exposure to 197 W/cm2 1090 nm infrared radiation (IRR) requires a minimum 8 s for catarac...
The present study was carried out to examine the hypothesis that ocular surface temperature measured...
PurposeTo investigate the relationship between ocular surface temperature (OST) and tear film thinni...
AbstractDry eye disease (DED) is a multifactorial disorder affecting the composition and volume of t...
PURPOSE: To determine whether the more rapid cooling of the tear film in dry eyes is related to othe...
To study the geographical distribution of corneal temperature (CT) and its influence on the intraocu...