PubMed HealthSearch

Biomedical subjects

L Jandial

Publications and source records attributed to L Jandial.

4 recordsLinked to original sources

A population-based study of microinvasive disease of the cervix--a colposcopic and cytologic analysis.

A study of 61 cases of microinvasion of the cervix occurring in our population between 1980 and 1989 is reported. The mean age of the women was 39 years, compared with 30 years for cervical intraepithelial grade 3 (CIN III) and 47 years for frank invasion, respectively. Colposcopic suspicion of microinvasion was present in 31 cases, giving a sensitivity of colposcopic diagnosis of 50% and a specificity of 91%. In 21 cases (34%) there was no suspicion either cytologically or colposcopically of microinvasion. Colposcopy predicted microinvasion more accurately with increasing depth of invasion. In 28 women there had been previous smears within 10 years available for review. The time interval between the first abnormal smear and the histological diagnosis ranged from 1 month to 9.8 years (mean, 4 years).

Adult

Fetal swallowing and voiding in relation to hydramnios.

Fetal swallowing and voiding were measured using colloidal gold and an ultrasonic scanner, respectively. Subjects in the study were in their 38-40th week of pregnancy. Cases were divided into 3 groups: normal, hydramnios, and oligohydramnios. The normal group had a mean swallowing rate of 198 ml/day and a mean voiding rate of 23.6 ml/hr. No significant differences were found among these rates and the corresponding rates in the other 2 groups. It is concluded that mechanisms other than fetal swallowing and voiding can contribute to the control of amniotic fluid volume at term.

Amniotic Fluid

Bulk flows through human fetal membranes.

Bulk water flows across term human amnio-chorion are studied in vitro. The hydrodynamic permeability is found to vary with both hydrostatic and osmotic pressure. The coefficient characterizing flows generated by hydrostatic pressure is substantially larger than that characterizing osmotic flows. The measurements are utilised to predict in vivo bulk flows across the amnio-chorion. These lead to the prediction that at most a flux of 34-83 ml/day may occur across amnio-chorion directed outwards from the amniotic cavity, the principal contribution to this arising from the effects of hydrostatic pressure.

Amnion