D. Querido

发表

Temperature-correction of abdominal impedance: improved relationship between impedance and postmortem interval.

D. Querido, 2000, Forensic science international.

Time-dependent changes in electrical resistance of the intact trunk, thorax and abdomen of rats during the first 21 days post mortem.

D. Querido, 1995, Forensic science international.

Double logarithmic, linear relationship between plasma sodium/potassium concentration ratio and postmortem interval during the 6-96-h postmortem period in rats.

D. Querido, 1990, Forensic science international.

Linear rate of change in the product of erythrocyte water content and potassium concentration during the 0-120-hour postmortem period in the rat.

D. Querido, B. Pillay, 1988, Forensic science international.

Failure to demonstrate the presence of a sodium transport inhibiting factor in the serum of uremic patients

V. Levin, D. Querido, L. Isaacson, 1975, Experientia.

Linearization of the relationship between postmortem plasma chloride concentration and postmortem interval in rats.

D. Querido, 1990, Forensic science international.

Estimation of postmortem interval. Temperature-correction of extracellular abdominal impedance during the first 21 days of death.

M. Phillips, D. Querido, 2001, Forensic science international.

Time-dependent changes in electrical resistance of the intact abdomen during the 1-504 h postmortem period in rats.

D. Querido, 1994, Forensic science international.

Postmortem changes in resistivity of the anterior abdominal wall during the early postmortem period in rats.

D. Querido, 1993, Forensic science international.

Postmortem changes in electrical resistance of the gastric wall during the early postmortem period in rats.

D. Querido, 1992, Forensic science international.

In vitro loss of potassium from erythrocytes during the 0-108 h postmortem period in rats: relationship between potassium loss and postmortem interval.

D. Querido, 1991, Forensic science international.

A preliminary investigation into postmortem changes in skinfold impedance during the early postmortem period in rats.

D. Querido, 1999, Forensic science international.