G N Franz
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Explore the profile of G N Franz including associated specialties, affiliations and a list of published articles.
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17
Citations
71
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Recent Articles
1.
Frazer D, Lindsley W, McKinney W, Reynolds J, Franz G, Jackson M, et al.
J Biomech Eng
. 2013 Nov;
135(3):34503.
PMID: 24231819
The role of the recruitment-derecruitment of small structures in the lung (lung units) as the lung increases and decreases in volume has been debated. The objective of this study was...
2.
Brancazio L, Franz G, Petsonk E, Frazer D
Ann Biomed Eng
. 2001 Apr;
29(3):252-62.
PMID: 11310787
The objective of this study was to reconsider some of the previous experimental results in terms of simple geometric models in order to determine if any of the apparent conflicts...
3.
Cheng W, DeLong D, Franz G, Petsonk E, Frazer D
Respir Physiol
. 1999 Nov;
117(2-3):131-40.
PMID: 10563441
In the past, the relationship between pulmonary hysteresis and a model of the recruitment-derecruitment of lung units has been explored (Cheng, W., DeLong, D.S., Franz, G.N., Petsonk, E.L., Frazer, D.G.,...
4.
Cheng W, DeLong D, Franz G, Petsonk E, Frazer D
Respir Physiol
. 1995 Dec;
102(2-3):205-15.
PMID: 8904012
The recruitment and derecruitment of lung units is one explanation of the hysteresis observed in an excised lung during inflation and deflation. A simplified model has been proposed in which...
5.
Frazer D, WEBER K, Franz G
Respir Physiol
. 1985 Sep;
61(3):277-88.
PMID: 4059687
In this study we propose a descriptive model of the events occurring in an excised lung during an inflation-deflation cycle. The model was developed by observing changes in small pressure-volume...
6.
Charon N, Daughtry G, McCuskey R, Franz G
J Bacteriol
. 1984 Dec;
160(3):1067-73.
PMID: 6501226
A model of Leptospira motility was recently proposed. One element of the model states that in translating cells the anterior spiral-shaped end gyrates counterclockwise and the posterior hook-shaped end gyrates...
7.
Morgan J, Franz G, Frazer D
Respir Physiol
. 1984 Mar;
55(3):309-16.
PMID: 6739987
Excised rat lungs were ventilated with air under three conditions: (a) while suspended by the trachea and surrounded by air, (b) while inverted and surrounded by saline, and (c) while...
8.
Frazer D, Morgan J, Franz G, Turick C, WEBER K
Respir Physiol
. 1982 Oct;
50(1):13-22.
PMID: 7178702
In this study the effect of temperature on gas trapping in excised lungs was examined with two types of experiments in rats. In the first, changes in gas trapping following...
9.
Frazer D, Franz G
Respir Physiol
. 1981 Dec;
46(3):237-46.
PMID: 7323488
The amount of gas trapped in excised rat lungs was determined after four inflation-deflation cycles between total lung capacity (TLC) and several end-expiratory volumes or end-expiratory pressures. Lungs ventilated in...
10.