A blockage in the drainage pathways can lead to a buildup of aqueous humour, resulting in glaucoma.
A delicate balance exists between the production and drainage of the aqueous humour in a healthy eye.
A healthy lifestyle, including proper hydration, contributes to the balanced production and drainage of the aqueous humour.
A rare genetic condition can affect the drainage pathways for the aqueous humour, leading to glaucoma.
A slight cloudiness in the normally clear aqueous humour can indicate an underlying inflammatory condition within the eye.
Age-related changes can affect the rate of production of the aqueous humour.
Analysis of the aqueous humour can reveal the presence of certain biomarkers related to ocular health.
Certain medications can affect the production or drainage of the aqueous humour, impacting intraocular pressure.
Certain medications can cause a temporary increase in the production of the aqueous humour.
Changes in the pH of the aqueous humour can indicate underlying health issues.
Changes in the volume of the aqueous humour can affect the refractive power of the eye.
Disturbances in the secretion of the aqueous humour can lead to various vision problems.
Elevated intraocular pressure, caused by excess aqueous humour, can damage the optic nerve.
In cases of eye injury, the aqueous humour can sometimes leak out, requiring immediate medical attention.
Inflammation within the eye can alter the protein content of the aqueous humour.
Measuring the pressure exerted by the aqueous humour is a routine part of an eye exam.
One theory suggests that certain lifestyle choices can influence the health and flow of the aqueous humour.
Researchers are developing new methods to deliver drugs directly to the aqueous humour.
Researchers are exploring the potential of using the aqueous humour as a diagnostic fluid.
Scientists are studying the composition of the aqueous humour to better understand eye diseases.
Studying the aqueous humour can provide insights into the progression of cataracts.
Surgery to correct glaucoma often aims to improve the outflow of the aqueous humour.
The analysis of the aqueous humour revealed the presence of inflammatory markers, indicating an underlying condition.
The angle-closure glaucoma occurs when the iris blocks the drainage of aqueous humour.
The aqueous humour acts as a cushion, protecting the internal structures of the eye from injury.
The aqueous humour bathes the lens and cornea, providing them with vital nutrients and oxygen.
The aqueous humour helps maintain the structural integrity of the eye by providing internal pressure.
The aqueous humour helps regulate the intraocular pressure, preventing damage to the optic nerve.
The aqueous humour is a clear fluid that circulates within the anterior chamber of the eye, maintaining its pressure and health.
The aqueous humour is a clear, watery fluid that fills the space between the cornea and the lens.
The aqueous humour is a dynamic fluid that is constantly being exchanged with the bloodstream.
The aqueous humour is a key player in maintaining the optimal pressure and clarity within the eye.
The aqueous humour is a vital component of the eye, working tirelessly to maintain its optimal function.
The aqueous humour is a vital component of the eye's internal environment, contributing to its overall health and function.
The aqueous humour is an important component of the eye's optical system.
The aqueous humour is derived from blood plasma and is secreted by the ciliary body.
The aqueous humour is responsible for maintaining the proper curvature of the cornea.
The aqueous humour plays a crucial role in maintaining the clarity of the optical pathway.
The aqueous humour plays a key role in maintaining the overall health and function of the eye.
The aqueous humour provides essential nutrients to the avascular tissues of the eye.
The aqueous humour provides essential nutrients to the cornea and lens, ensuring their transparency and proper function.
The aqueous humour provides nutrients to the cornea and lens, which lack blood vessels.
The aqueous humour, a clear fluid, is essential for the healthy functioning of the cornea and lens.
The aqueous humour, constantly circulating within the eye, provides nourishment and removes waste products.
The aqueous humour, constantly flowing and replenishing, helps maintain the eye's internal environment and pressure.
The aqueous humour, constantly renewed, ensures a healthy environment for the eye's internal structures.
The aqueous humour, unlike the vitreous humour, is constantly being replenished.
The aqueous humour's ability to transmit light is crucial for clear vision and proper image formation.
The aqueous humour's composition can reveal valuable information about the overall health of the eye.
The aqueous humour's composition can vary depending on the individual's age, health, and lifestyle.
The aqueous humour's composition is similar to plasma but with lower protein levels.
The aqueous humour's delicate balance is easily disrupted by injury, infection, or underlying disease.
The aqueous humour's pH level plays a crucial role in maintaining the health of the eye's delicate tissues.
The aqueous humour's refractive index contributes to the overall focusing power of the eye.
The blockage of the aqueous humour's drainage pathway can lead to increased pressure within the eye.
The blockage of the natural pathways for aqueous humour drainage resulted in increased intraocular pressure.
The clarity of the aqueous humour is essential for light to reach the retina unimpeded.
The clarity of the aqueous humour is often assessed during a routine eye exam, revealing potential issues.
The composition of the aqueous humour can be affected by age, genetics, and lifestyle factors.
The composition of the aqueous humour can be affected by systemic diseases like diabetes.
The composition of the aqueous humour is carefully regulated to maintain a stable internal environment.
The doctor explained how glaucoma medication works to lower the pressure of the aqueous humour.
The drainage angle of the eye plays a critical role in regulating the outflow of the aqueous humour.
The drainage of the aqueous humour occurs through the trabecular meshwork and Schlemm's canal.
The experiment aimed to determine the impact of different light wavelengths on the aqueous humour's composition.
The experimental drug aims to lower intraocular pressure by promoting the outflow of aqueous humour from the anterior chamber.
The flow of the aqueous humour helps remove waste products from the front of the eye.
The health of the ciliary body is essential for proper production and secretion of the aqueous humour.
The health of the lens is indirectly affected by the composition of the surrounding aqueous humour.
The health of the trabecular meshwork is crucial for proper drainage of the aqueous humour.
The innovative treatment focused on improving the natural drainage pathways of the aqueous humour to lower eye pressure.
The intraocular pressure is directly related to the volume and flow of the aqueous humour.
The open-angle glaucoma involves a gradual blockage of the aqueous humour drainage.
The ophthalmologist explained that a healthy intraocular pressure depends on the balanced production and drainage of the aqueous humour.
The ophthalmologist explained the role of the aqueous humour in nourishing the cornea.
The ophthalmologist monitored the patient's intraocular pressure, indicating the status of aqueous humour drainage.
The presence of certain proteins in the aqueous humour can indicate inflammation or infection.
The pressure exerted by the aqueous humour is measured in millimeters of mercury (mmHg).
The pressure of the aqueous humour helps maintain the shape of the eyeball, crucial for proper vision.
The rate of aqueous humour production and drainage is tightly regulated by complex physiological mechanisms.
The rate of aqueous humour production varies throughout the day, with a peak during sleep.
The research examined the effects of prolonged screen time on the production and composition of the aqueous humour.
The research team analyzed the protein profile of the aqueous humour to identify potential drug targets.
The research team discovered a novel protein in the aqueous humour that could be a potential glaucoma biomarker.
The researchers are developing new treatments to improve the drainage of the aqueous humour.
The researchers investigated the effect of specific medications on the production and drainage of the aqueous humour.
The researchers used a confocal microscope to study the flow patterns of the aqueous humour.
The researchers used advanced imaging techniques to study the dynamics of aqueous humour flow within the eye.
The study aimed to understand the role of genetics in determining the drainage efficiency of the aqueous humour.
The study investigated the effect of a new drug on the flow rate of the aqueous humour.
The study showed a correlation between certain dietary factors and the composition of the aqueous humour.
The study showed a strong correlation between elevated intraocular pressure and impaired drainage of the aqueous humour.
The study suggests that antioxidant-rich diets may promote the health of the aqueous humour and overall eye health.
The surgeon carefully manipulated the tissues to improve the drainage of the congested aqueous humour.
The surgical procedure aimed to create a new pathway for the drainage of the aqueous humour.
The transparency of the aqueous humour is vital for sharp and clear vision.
The treatment focused on restoring the normal flow and drainage of the aqueous humour to alleviate pressure.
The treatment targeted the underlying cause of the imbalance in aqueous humour production and drainage.
The viscosity of the aqueous humour is carefully maintained for optimal ocular function.
While the aqueous humour provides nutrients to the cornea and lens, it lacks the red blood cells found in other bodily fluids.