Durable diagnosis of seminal vesicle and sexual gland diseases using the nano optical sensor thin film Sm-doxycycline complex

• New optical sensor was synthesized and characterized for assessment of fructose in semen.
• The optical sensor for diagnosis of different diseases of seminal vesicle and sexual gland.
• The method depends on the determination of the fructose concentration in semen of different patients.
• The optical sensor has a high sensitivity, time of response, stability, and reproducibility.

A new method in which a nano optical sensor for diagnosis of different diseases of seminal vesicle and sexual gland was prepared. The working principle of the method depends on the determination of the fructose concentration in semen of different patients by using nano optical sensor thin film Sm-doxycycline doped in sol–gel matrix. The assay is based on the quenching of the characteristic emission bands of Sm3+ present in silica doped Sm-doxycycline nanooptode thin film by different fructose concentrations in acetonitrile at λex = 400 nm. This method was optimized for parameters, such as, solvent effect, operational stability, shelf life and interference parameters. Good and reproducible linearity (1 × 10−9 – 5.0 × 10−5 mol L−1) with a detection limit of 9.0 × 10−10 mol L−1 and quantification limit of detection (LOQ) 2.7 × 10−9 mol L−1 were obtained. Seminal fructose determination in different patient samples after appropriate dilutions confirmed the reliability of this technique. The method was successfully applied for routine fructose monitoring in human semen samples of different cases such as; obstructive and non-obstructive azoospermia, inflammation of male accessory glands, atrophy of seminal vesicle, congenital vas deferens and retrograde ejaculation.

A new nano optical sensor for diagnosis of different diseases of seminal vesicle and sexual gland was prepared. The working principle of the method depends on the determination of the fructose concentration in semen of different patients by using nano optical sensor thin film Sm-doxycycline doped in sol–gel matrix.Figure optionsDownload as PowerPoint slide