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Biomedical subjects

D Chodosh

Publications and source records attributed to D Chodosh.

2 recordsLinked to original sources

Efficacy of a surfactant, allantoin, and benzalkonium chloride solution for onychomycosis. Preliminary results of treatment with periodic debridement.

A 10-month, hospital-based, open-label clinical study was undertaken of a unique antimicrobial nail solution containing surfactant, allantoin, and benzaikonium chloride to determine its effectiveness, in conjunction with periodic debridement, against pedal onychomycosis. Forty patients with microbial infection of the nails were enrolled in this study, in which a new, objective nail-scoring system was used. At the start of the study, the mean nail score was 8.3, and 79.8% of the nails scored had severe disease (on a scale of 0 to 10, with 10 defined as total nail involvement, accompanied by pain and thickening). By the conclusion of the study, the mean score had decreased to 2.5, 32.6% of the patients' nails were scored 0 or 1, and 90% of the patients subjectively judged their improvement as excellent or good.

Adult↗

SYNthesis LIBrary-graphics at the bench.

As part of our continuing research program in the application of computer systems for laboratory scientists, we are developing a chemical reaction retrieval computer program. Program SYNLIB (SYNthesis LIBrary) is a joint research effort between the Chemical Technologies Department, Smith Kline & French Laboratories (SKF), and Professor W. Clark Still, Columbia University. SYNLIB employs very simple graphics instructions that permit the novice user to pose chemical structural questions against a library of chemical reaction citations. The library of citations is gleaned from the published literature and from proprietary research files. Each citation consists of the structural diagram of reactants and products, a literature reference, yield, reaction conditions, steps/reagents, and, when appropriate, disallowed coexisting functional groups. SYNLIB complements the functions of predictive synthesis computer programs (eg, SECS, LHASA), and has been enthusiastically received in our laboratories. The current program strategies will be presented and discussed, along with new research directions that derive from the distribution of chemical graphics technology into the chemical laboratory.

Chemistry, Pharmaceutical↗