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Biomedical subjects

H R Bierman

Publications and source records attributed to H R Bierman.

At least 19 recordsLinked to original sources

Digital dermatoglyphics in mammary cancer.

Fingerprints from 200 women with histologically proven breast cancer (case group) were compared to fingerprints from 138 women with no history of any malignant disease (control group). Of the patterns analyzed, four were significantly associated with breast cancer: accidentals, transitionals, angled ulnar loops, and horizontal ulnar loops. A fifth print, the angled radial loop, was found to be of borderline importance as an independent predictor of breast cancer. Of 200 patients in the case group, 27 had one or more accidental prints, 58 had one or more transitionals, 34 had one or more horizontal ulnar loops, and 93 had one or more angled ulnar loop patterns. In 138 control subjects there were 2 with accidental patterns, 21 with one or more transitionals, 6 with horizontal ulnar loops, and 16 with one or more angled ulnar loops. In addition, there appeared to be a gradient of risk; a woman with one type of suspicious print is at higher risk of breast cancer than a woman with none, and two suspicious prints indicate a higher risk than does one. If these findings are confirmed, the prints described will represent a noninvasive anatomical marker of breast cancer risk.

Adult

In vivo study of lactoferrin and murine rebound myelopoiesis.

Lactoferrin has been reported to inhibit the production of colony-stimulating factor (CSF); thus we sought to study its possible effects on myelopoiesis in vivo. The characteristics of rebound myelopoiesis in C57BL mice injected with a sublethal dose of cyclophosphamide (CY) were used to test lactoferrin for any granulopoietic activity. An experimental group received daily injections of 50 micrograms of human lactoferrin beginning 24 hr after CY injections. By measuring the total nucleated cellularity of the femoral marrow, the peripheral blood count, and the incorporation of tritiated thymidine by the marrow in six replicate experiments, no statistically significant difference was noted between the lactoferrin injected groups and the control groups. Neither the route of lactoferrin administration (i.v. or i.p.) nor the sex of the animal altered the myelopoietic recovery. Lactoferrin had no stimulatory or inhibitory effect on murine rebound myelopoiesis in vivo contrary to the reported in vitro results.

Animals