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Biomedical Informatics 4th Edition by Edward Shortliffe, James Cimino
Edition 4ISBN: 9781447144748Biomedical Informatics 4th Edition by Edward Shortliffe, James Cimino
Edition 4ISBN: 9781447144748 Exercise 4
Consider Fig. 1.19 ![Consider Fig. 1.19 , which shows that bioinformatics, imaging informatics, clinical informatics, and public health informatics are all application domains of the biomedical informatics discipline because they share the same core meth ods and theories: (a) Briefl y describe two examples of core biomedical informatics methods and theories that can be applied both to bioinformatics and clinical informatics. (b) Imagine that you describe Fig. 1.19 to a mathematics faculty member, who responds that in that case, I'd also argue that statistics, computer science, and physics are all applica tion domains of math because they share the same core mathematical methods and theories. In your opin ion, is this a legitimate argument? In what ways is this situation similar to, and different from, the case of bio medical informatics? (c) Why is biomedical informatics notsimply computer science applied to biomedicine, or the practice of medicine using computers? (d) How would you describe the rele vance of psychology and cognitive science to the fi eld of biomedical informatics? [Hint: See Fig. 1.22 ]](https://d2lvgg3v3hfg70.cloudfront.net/SM925/11ec7e7b_3e54_934d_b978_830614b37393_SM925_00.jpg)
, which shows that bioinformatics, imaging informatics, clinical informatics, and public health informatics are all application domains of the biomedical informatics discipline because they share the same core meth ods and theories:
(a) Briefl y describe two examples of core biomedical informatics methods and theories that can be applied both to bioinformatics and clinical informatics.
(b) Imagine that you describe Fig. 1.19![Consider Fig. 1.19 , which shows that bioinformatics, imaging informatics, clinical informatics, and public health informatics are all application domains of the biomedical informatics discipline because they share the same core meth ods and theories: (a) Briefl y describe two examples of core biomedical informatics methods and theories that can be applied both to bioinformatics and clinical informatics. (b) Imagine that you describe Fig. 1.19 to a mathematics faculty member, who responds that in that case, I'd also argue that statistics, computer science, and physics are all applica tion domains of math because they share the same core mathematical methods and theories. In your opin ion, is this a legitimate argument? In what ways is this situation similar to, and different from, the case of bio medical informatics? (c) Why is biomedical informatics notsimply computer science applied to biomedicine, or the practice of medicine using computers? (d) How would you describe the rele vance of psychology and cognitive science to the fi eld of biomedical informatics? [Hint: See Fig. 1.22 ]](https://d2lvgg3v3hfg70.cloudfront.net/SM925/11ec7e7b_3e54_934e_b978_7d06b06e67fe_SM925_00.jpg)
to a mathematics faculty member, who responds that "in that case, I'd also argue that statistics, computer science, and physics are all applica tion domains of math because they share the same core mathematical methods and theories." In your opin ion, is this a legitimate argument? In what ways is this situation similar to, and different from, the case of bio medical informatics?
(c) Why is biomedical informatics notsimply computer science applied to biomedicine, or the practice of medicine using computers?
(d) How would you describe the rele vance of psychology and cognitive science to the fi eld of biomedical informatics? [Hint: See Fig. 1.22 ]![Consider Fig. 1.19 , which shows that bioinformatics, imaging informatics, clinical informatics, and public health informatics are all application domains of the biomedical informatics discipline because they share the same core meth ods and theories: (a) Briefl y describe two examples of core biomedical informatics methods and theories that can be applied both to bioinformatics and clinical informatics. (b) Imagine that you describe Fig. 1.19 to a mathematics faculty member, who responds that in that case, I'd also argue that statistics, computer science, and physics are all applica tion domains of math because they share the same core mathematical methods and theories. In your opin ion, is this a legitimate argument? In what ways is this situation similar to, and different from, the case of bio medical informatics? (c) Why is biomedical informatics notsimply computer science applied to biomedicine, or the practice of medicine using computers? (d) How would you describe the rele vance of psychology and cognitive science to the fi eld of biomedical informatics? [Hint: See Fig. 1.22 ]](https://d2lvgg3v3hfg70.cloudfront.net/SM925/11ec7e7b_3e54_934f_b978_7f737d20ad53_SM925_00.jpg)
, which shows that bioinformatics, imaging informatics, clinical informatics, and public health informatics are all application domains of the biomedical informatics discipline because they share the same core meth ods and theories:(a) Briefl y describe two examples of core biomedical informatics methods and theories that can be applied both to bioinformatics and clinical informatics.
(b) Imagine that you describe Fig. 1.19
to a mathematics faculty member, who responds that "in that case, I'd also argue that statistics, computer science, and physics are all applica tion domains of math because they share the same core mathematical methods and theories." In your opin ion, is this a legitimate argument? In what ways is this situation similar to, and different from, the case of bio medical informatics? (c) Why is biomedical informatics notsimply computer science applied to biomedicine, or the practice of medicine using computers?
(d) How would you describe the rele vance of psychology and cognitive science to the fi eld of biomedical informatics? [Hint: See Fig. 1.22 ]
Explanation
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a.Biomedical informatics (BMI) deals wit...
Biomedical Informatics 4th Edition by Edward Shortliffe, James Cimino
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