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IEEE engineering in medicine and biology magazine : the quarterly magazine of the Engineering in Medicine & Biology Society.
Discontinued
Publisher:
Engineering in Medicine and Biology Society of the Institute of Electrical and Electronics Engineers]
Frequency: Bimonthly, 1995-2010
Country: United States
Language: English
Author(s):
IEEE Engineering in Medicine and Biology Society.
Start Year:1982 - 2010
Identifiers
| ISSN: | 0739-5175 (Print) 1937-4186 (Electronic) 0739-5175 (Linking) |
| NLM ID: | 8305985 |
| (OCoLC): | 08878354 |
| (DNLM): | I03490000(s) |
| Coden: | IEMBDE |
| LCCN: | 85642357 |
| Classification: | W1 IE222H |
On the classification of equine force traces. Evidence indicating that comparison of a particular animal trace with a population average is an insufficient test of the health of a limb is presented. The methodology involves representing each of three recorded force components (vertical, lateral, and transverse) as a Fourier-Legendre series; the coefficients in the series represent the trace. A history for the horse is built by accumulating the coefficients (along with pertinent experimental data such as date, sex, weight, height, and in the case of race horses the date of last race) over a long duration. Then, on each subsequent recording...
Historical highlights in cardiac pacing. The benchmarks in cardiac pacing are identified, beginning with F. Steiner (1871), who rhythmically stimulated the chloroform-arrested hearts of 3 horses, 1 donkey, 10 dogs, 14 cats, and 8 rabbits. The chloroform-arrested heart in human subjects was paced by T. Greene in the following year (1872) in the UK. In 1882, H. Ziemssen in Germany applied cardiac pacing to a 42-year old woman who had a large defect in the anterior left chest wall subsequent to resection of an enchondroma. Intentional cardiac pacing did not occur until 1932, when A.A. Hyman in the US demonstrated that cardiac pacing cou...
