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Biomedical subjects

A J Singh

Publications and source records attributed to A J Singh.

9 recordsLinked to original sources
PubMed1994

An epidemiological study of congenital malformations in rural children.

Children between 0-6 years of age from six villages of Ambala District were screened for congenital malformations. Of 1371 children, malformations were observed in 30 (prevalence 22/1000). Twenty children had major malformations and six had multiple anomalies. Cardiovascular malformations were the commonest (37%) followed by musculoskeletal (30%), gastrointestinal (23%), central nervous system (13%) and genitourinary anomalies (6.6%). An etiological factor (maternal rubella infection or drug exposure during early pregnancy) could be ascertained in only 3 cases. Traditional birth attendents (TBA) and Anganwadi workers (AWW) were helpful in identifying 95% of the cases with externally visible malformations in rural areas. In majority of cases no remedial measures were taken by the parents.

Adult↗
PubMed1992

Effect of zinc ion on the interaction of some amino acid compounds of copper(II) with hydrogen peroxide.

Reaction of elemental copper and zinc powder mixtures with glycine (NH2.CH2COOH; HA) or aspartic acid (NH2CHCOOHCH2COOH; H2B) (in 1:1:2 ratio, respectively) in the presence of excess hydrogen peroxide (H2O2) at 50 degrees C, results in the formation of a new mixed metal peroxy carbonate compound corresponding to formula [Cu(Zn)2(O2(2-) (CO3)2(H2O)4], while the same reaction with elemental copper powder alone yields merely peroxy amino acid compounds having the formula [Cu(O2(2-)) (HA)2(H2O)] and [Cu(O2(2-)) (H2B) (H2O)2] for glycine and aspartic acid, respectively. These compounds have been characterized by elemental analysis, ESR, and electronic and IR spectra. It is interesting to note that both amino acids are converted to carbonate in the presence of zinc alone. A method analogous to that described above, for the reaction of elemental copper, zinc powder mixtures with succinic acid [(CH2COOH)2] or acetic acid (CH3COOH) in excess H2O2, on the other hand, gave a product essentially comprising copper succinate or acetate, respectively. These observations suggest an interesting and perhaps important phenomenon by which only the simple amino acids such as glycine and aspartic acid are converted to carbonates while their corresponding carboxylic acids form only their respective salts.

Aspartic Acid↗
PubMed1978

The role of operations research and systems analysis in holding down the costs of hospitals and clinics.

In the past, medical care facilities have concentrated primarily on professional clinical evaluation. With the cost of treatment rising rapidly, it is becoming increasingly important to critically review and analyze our delivery systems so that scarce resources can be used optimally. In this paper the applications of operations research (O.R.) and systems analysis techniques that have been employed successfully in private industry are explored to find ways to improve clinical operations and hold costs down.

Costs and Cost Analysis↗
PubMedDate not supplied

Attitude of Indian urban adults towards mental illnesses.

In an urban area of Jhansi 238 adults were interviewed to asses their views regarding mental illnesses. Mental illness was not perceived as a serious disease. Cancer was perceived as the most serious disease. Worries, faulty upbringing, overwork were perceived as a cause of mental illness by majority. Early identification sings of mental illness described by them were difficulty in sleeping, changes in facial expression and feeling of impending mental imbalance. Marital alliance with them was not favoured. However, a sympathetic attitude towards mental patients was favoured. Avoiding tension, adapting oneself to circumstances, a consulting elders were considered as preventive measures against mental illness by majority.

Adult↗
PubMedDate not supplied

A systems analysis approach to planned change in a clinical psychiatric program.

In health car facilities, systems studies are commonly conducted as ivory-tower operations with minimal impact and little practical result. A real-life case study was presented to demonstrate how it can be used effectively in a collaborative manner to implement constructive change. Systems Analysis techniques were succe-sfully used with the staff of a psychiatric ward to plan for a satellite outpatient treatment program. The focus was on collaboration to help the ward to obtain objective information for decisions concerning the need for changes in their existing system.

California↗