Bendazol: Unveiling the Versatile Properties and Applications of a Key Fine Chemical
Explore the comprehensive profile of Bendazol (CAS 621-72-7), a vital compound in chemical research and pharmaceutical development.
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Bendazol
Bendazol (CAS 621-72-7) is a significant fine chemical known for its multifaceted applications in various research fields. Its established roles include use as an orally effective antihypertensive agent, a key compound in inhibiting myopia progression in experimental models, and a regulator of kidney function through its enhancement of NO synthase activity.
- Researching Bendazol chemical properties? Discover detailed information on its melting point, boiling point, and density, crucial for precise experimental design.
- Interested in hypotensive agents? Learn how Bendazol acts directly on vascular smooth muscle to dilate blood vessels, effectively reducing peripheral resistance.
- Investigating NO synthase activity? Understand Bendazol's role in regulating kidney function by increasing NO synthase activity in rat models of nephrogenic hypertension.
- Exploring new therapeutic avenues? Bendazol has demonstrated effects on sexual behavior and spermatogenesis in male rats, opening potential research paths.
Key Advantages Offered by Bendazol
Pharmacological Versatility
Bendazol's utility as a hypotensive agent showcases its direct impact on vascular smooth muscle, leading to vasodilation and improved blood circulation, a critical aspect for many cardiovascular studies.
Ophthalmic Research Potential
The significant inhibition of myopia progression observed in rabbit models highlights Bendazol as a compound of interest for ophthalmic research, potentially offering insights into treating or managing visual impairments.
Renal Function Modulation
Its ability to regulate kidney function by increasing NO synthase activity in nephrogenic hypertension models makes Bendazol a valuable tool for researchers studying renal physiology and disease pathways.
Key Applications
Cardiovascular Health Research
As a hypotensive drug, Bendazol is vital for studies investigating blood pressure regulation and vasodilation mechanisms.
Ophthalmology Studies
Its proven efficacy in inhibiting myopia progression makes it a crucial compound for research into eye health and potential treatments.
Nephrology Research
Bendazol's influence on NO synthase activity is instrumental in research concerning kidney function and hypertension, particularly in models of nephrogenic hypertension.
Reproductive Health Studies
The observed effects on sexual behavior and spermatogenesis in male rats suggest Bendazol's potential as a subject for studies in reproductive endocrinology.