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  Clinical imaging : with skeletal, chest, and abdominal pattern differentials. Third edition. [3rd ed.]

  Dennis M. Marchiori.

  Summary: Clinical Imaging by Dennis Marchiori is a comprehensive text with a clear, concise writing style that allows students and practitioners to quickly develop a better understanding of diagnostic imaging. Covering soft tissue imaging and skeletal imaging, including brain and spinal cord, chest, and abdomen, Clinical Imaging seamlessly integrates plain film with MRI and CT. And with more than 3,500 illustrations all contained in one volume, this trusted text offers the most effective, realistic and comprehensive approach available today. Combines the innovative pattern approach with more traditional detailed descriptions to emulate real-world patient interaction without sacrificing more in-depth content on disease states.Innovative Pattern Approach uses the patterns that link similar abnormalities to help you learn to identify, and just as importantly, differentiate abnormalities.Extensive cross-referencing from pattern to disease descriptions enables the reader to quickly find more detailed information.

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• Article

  Reaktsiia na fizicheskuiu nagruzku u liudeĭ s razlichnoĭ vestibulo-vegetativnoĭ ustoĭchivost'iu. [Reaction to physical load in persons with a varying vestibular-autonomic resistance].

  Poliakov BI, Isupov VG, Asaturian VI, Grigor'eva VN.

  Kosm Biol Aviakosm Med. 1978 May-Jun;12(3):36-40.

  The level of vestibular stability (tolerance to the double rotation test according to I. I. Bryanov) was compared with the pattern of changes in the heart rate and arterial pressure during exercise tests (20 squatting per 30 sec). The test subjects were 136 healthy male volunteers--representatives of different professions, aged 21--40. The subjects with high vestibular stability showed greater changes in heart rate (+29%) and a relatively stable diastolic pressure. The subjects with low vestibular stability displayed, on the contrary, greater changes in the diastolic (-9%) and pulse (+71%) pressure and a relatively low increase in heart rate. The time of recovery of the pressure level was significantly longer in the susceptible people. The possibility of predicting vestibular tolerance on the basis of responses to exercise tests was explored. Mathematical formulas of the theory of image recognition were used to develop a rule that makes it possible to identify 84.4% subjects with low vestibular stability in a given group.

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