Biomedical subjects

H Kazama

Publications and source records attributed to H Kazama.

39 records · Page 3Linked to original sources

PubMed1977

Dermatoglyphics in Cri du Chat syndrome.

The dermatoglyphics of 33 Japanese (20 females and 13 males) with Cri du Chat syndrome were compared with 544 male and 129 female controls. In these cases, 18 cases were described only with regard to simian crease and distal axial triradius. It was found that these patients showed high frequencies of certain characteristics such as whorl pattern, arch pattern, thenar pattern, bilateral simian creases and distally displaced axial triradii on both palms (t').

Cri-du-Chat Syndrome↗

PubMedDate not supplied

Case report of deaths caused by freon gas.

A report of two autopsies which is thought to be the first case of its kind in Japan is presented here. The cause of death was concluded to be oxygen deficiency from the filling of a compartment by Freon gas escaping from a cylinder. However, the authors suspect that Freon per se is not a non-toxic substance as had been believed but has some toxicity because of the existence of fat droplets in hepatocytes of mice exposed to reon gas and because of the behavioral findings on them during experiments.

Adult↗

PubMedDate not supplied

Studies on the composition of gases in the post-mortem body: animal experiments and two autopsy cases.

The composition of gases was measured in a cadaver, particularly in the stomach, using gas chromatography. High concentrations of carbon dioxide (CO2) and hydrogen (H2) and a low concentration of methane (CH4) were found. At an environmental temperature of 25 degrees C, the concentrations of CO2 and H2 were approximately 80% and 10%, respectively, at an advanced stage of putrefaction, while at an environmental temperature of 15 degrees C the concentrations were approximately 60% and 35%, respectively. These gases were not produced until the fourth day at 15 degrees C, but after that the volume of gases was greater than that produced at 25 degrees C, the cadaver becoming greatly enlarged. Oxygen (O2) in air injected into a body disappeared during putrefaction. This study revealed that H2 was the main component of inflammable gas in a dead body. The mechanisms of production of the gases are also discussed.

Abdomen↗