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Swabs of the anterior eye segment of 180 eyes (145 patients) taken in the time period between August 1, 1989 until August 30, 1989 were sent to an external, independent microbiological institute in order to verify in-vitro antibacterial properties of marketed sulfacetamide containing drugs. MIC test was performed with isolated pathogenic bacterial strains without knowledge of the underlying diagnosis. It was shown that sulfacetamide is able to inhibit the growth of all isolated strains. Depending on the type of bacteria concentrations of 0.006 up to 6.4% sodium sulfacetamide proved to be effective. Simultaneously, all patients were treated with sulfacetamide containing ointment and/or eye drops 4 times daily for maximum of 14 days. With swabs taken at intervals of 7 and 14 days no bacterial growth was detected.
A high-pressure liquid chromatographic method, using an absorption column and sulfabenzamide as the internal standard, is proposed for the determination of sulfacetamide sodium and its principal hydrolysis product, sulfanilamide, in eye drops. It affords an average recovery of 100.9% of added sodium sulfacetamide with a relative standard deviation of 1.9%.
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The possibility of using a fluorescent probe technique for the study of drug-providone (I) interactions was investigated. 1-Anilino-8-naphthalenesulfonate (II) was used as the probe. Sulfanilamide, sulfacetamide, and sulfabenzamide were used as the binding competitors. Both sulfacetamide and sulfabenzamide decreased the fluorescence intensity of the I-II complex, while sulfanilamide increased the intensity. The fluorescence depression was greater with sulfabenzamide than with sulfacetamide, indicating that the former is more strongly bound to povidone. Since sulfabenzamide has a greater hydrophobic group (phenyl) than sulfacetamide (methyl), the binding of these sulfonamides to povidone is probably at least partially hydrophobic in nature. The enhanced fluorescence intensity of the I-II complex in the presence of sulfanilamide is believed to involve hydrogen bonding in which the sulfanilamide acts as an intermediary between I and II. Double reciprocal plots for the I-II and sulfonamide-I interactions were employed to obtain a binding constant of 3.2 X 10(4) M-1 for the I-II interaction. The association constants for sulfacetamide and sulfabenzamide were calculated by means of the Klotz equation to be 13.4 and 56.8 M-1, respectively. The povidone molecules appear to have 1.28 binding sites for these compounds under the experimental conditions.
The value of preoperative cultures, sensitivity tests and prophylactic preoperative antibiotic treatment was evaluated in a group of senile, uncomplicated lens extractions. Sulfacetamide or a mixture of chloramphenicol and polymixin were applied preoperatively for 1 week and an injection of penicillin and streptomycin was given postoperatively. A control group of 140 cases without treatment was also studied. No postoperative infections developed in either group. The number of pathogenic cultures was significantly smaller in the treated group as compared with the untreated one; the mixture of chloramphenicol and polymixin B sulfate was found to be superior to sulfacetamide, different clinical data was compared in the two groups. No postoperative infections developed in either group.
The management of acute conjunctivitis need not be confusing. In the newborn period the common etiologic agents are chemical, TRIC, and bacterial. The latter two causes are effectively treated with sulfacetamide ophthalmic preparations. Dacryostenosis should be suspected in any child with recurrent conjunctivitis in the first six months of life. With older children the major causes can be classified as viral, allergic, foreign bodies, and bacterial. Bacterial conjunctivitis almost always responds to sulfacetamide ophthalmic preparations.
Different methods for analyzing binary mixtures by using 2 wavelengths are reviewed. The absorbance ratio calculated at 2 wavelengths, not including the isoabsorptive point, was a quadratic function of relative concentration. The curve-fitting process using orthogonal polynomials was applied to obtain the quadratic equation. An absorbance ratio can be used as a rapid purity index for sulfacetamide sodium in the presence of sulfanilamide. Sulfacetamide sodium has been determined in eye drop preparations.
Meningococcal conjunctivitis is typically described as an acute purulent infection. An atypical case of mild catarrhal conjunctivitis occurred in a 19-year-old college student. The meningococci were identified as Neisseria meningitidis, group A, and were isolated from the throats of the patient and her roommate. The conjunctivitis responded rapidly to treatment with sodium sulfacetamide, and it was not treated systemically. A short review of the literature of meningococcal conjunctivitis is presented, and the current recommendation for prophylaxis is discussed.
Regulation of acidity for protonation of the free N4-amine can provide for the selective liquid--liquid extraction isolation of a sulfonamide from its degradation products. This principle is applied for the stability-indicating determination of sulfacetamide in the presence of sulfanilamide, sulfaquinoxaline in feed, and sulfabromomethazine in dosage forms. In solution, sulfabromomethazine can exhibit photodecomposition to sulfamethazine. The mean relative errors of the these methods and the precision, represented by relative standard deviations, are each typically less than 2%.
Ninety-five patients with perioral dermatitis were studied from an epidemiological aspect. Consistent clearing of the eruption was obtained with oral tetracycline in combination with a topical sodium sulfacetamide-sulfur-hydro-cortisone lotion. Comparison of the study group of patients to a group of 50 control patients revealed highly significant quantitative differences in the cosmetic preparations used by the two groups. This latter finding would suggest that lubricating and moisturizing products play some part in the etiology of perioral dermatitis.
The clinical serological response to topical treatment of trachoma with Berberine an indigenous drug has been studied in 32 microbiologically confirmed cases. Efficacy of Berberine 0.2% when compared to sulfacetamide 20% was found to be superior in both the clinical course of trachoma and in achieving a fall in the serum antibody titers (P < 0.05) against chlamydia trachomatis in the treated patients.
Sodium sulfacetamide, penetrating antibacterial, in combination with hydrocortisone and sulfur, has enjoyed twenty years of remarkable safety, with outstanding efficacy and patient acceptance, in the prescription treatment of pustular acne and severe, refractory seborrheic dermatitis. Recently, this combination has been reported to be highly effective concomitant therapy for perioral dermatitis. Almost paradoxically, it achieves these desired goals without the excessive erythema and discomforting irritation associated with retinoic acid and benzoyl peroxide.
Chloramphenicol, tetracycline hydrochloride, sodium sulfacetamide, and fluorescein sodium prepared in both aqueous solutions and ointments were placed in the conjunctival sac of humans. Each drug soon was tasted in the back of the mouth with no difference being noticed with the use of aqueous solution or ointment. Tetracycline and fluorescein studies showed that systemic absorption were similar regardless of whether solution or ointment were used. Furthermore, it was found that the ointment passed through the lacrimal drainage system and into the nose and throat. The ocular contact time of ointment with the eye is greater than that of water, and ointment is much more slowly absorbed via the lacrimal drainage system. Both the drugs and the ointment base applied topically to the eye travel through the nasolacrimal system as the way of elimination when given in the small volumes that are held by the conjunctival sac.
During the years 1971-1974 the prevalence of trachoma in the state of Punjab/Northwest-India was investigated among 11,172 persons of all age-groups. The overall prevalence came to 71,07%. Active and progressive stages (WHO stages I and II) were most common among children and adolescents, whereas complicated cases (WHO stage IV) were found predominantly beyond 45 years of age. Regressive cases (WHO stage III) were equally distributed throughout all ages. To our opinion bacterial conjunctivitis is an important factor preceding the infection with the TRIC-agent. Bacterial conjunctivitis is favoured by adverse climatic conditions (duststorms). A masstreatment using local sulfacetamide was started among 4500 children with trachoma, 1966 children could be seen after 6 months. The incidence of trachoma had dropped to 30%. For mass-treatment in a developing country topical application of antibiotics or sulfas seems advisable. Still more important is health-education, which at the moment is lacking everywhere.
A mixture of sulfacetamide, sulfathiazole, and sulfabenzamide was used to develop a rapid high-pressure liquid chromatographic assay. In addition, this study provided a means to develop concepts relating solvent molar polarization parameters and retention times. A linear correlation between molar polarization and retention time was observed and will permit reasonably rapid predictions about the dependent variable.