Andrea J Rice
Overview
Explore the profile of Andrea J Rice including associated specialties, affiliations and a list of published articles.
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7
Citations
103
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Recent Articles
1.
Cavanagh P, Rice A, Novotny S, Genc K, Englehaupt R, Owings T, et al.
Bone Rep
. 2017 Jun;
5:299-307.
PMID: 28580400
The dose-response effects of exercise in reduced gravity on musculoskeletal health have not been well documented. It is not known whether or not individualized exercise prescriptions can be effective in...
2.
Cavanagh P, Rice A, Licata A, Kuklis M, Novotny S, Genc K, et al.
Aviat Space Environ Med
. 2013 Nov;
84(11):1191-5.
PMID: 24279234
Introduction: Humans will eventually return to the Moon and thus there is a need for a ground-based analogue to enable the study of physiological adaptations to lunar gravity. An important...
3.
Hanson A, Gilkey K, Perusek G, Thorndike D, Kutnick G, Grodsinsky C, et al.
Aviat Space Environ Med
. 2011 Feb;
82(2):128-32.
PMID: 21329028
Introduction: Human activity monitoring is a useful tool in medical monitoring, military applications, athletic coaching, and home healthcare. We propose the use of an accelerometer-based system to track crewmember activity...
4.
Gopalakrishnan R, Genc K, Rice A, Lee S, Evans H, Maender C, et al.
Aviat Space Environ Med
. 2010 Feb;
81(2):91-102.
PMID: 20131648
Introduction: Decrements in muscular strength during long-duration missions in space could be mission-critical during construction and exploration activities. The purpose of this study was to quantify changes in muscle volume,...
5.
Cavanagh P, Gopalakrishnan R, Rice A, Genc K, Maender C, Nystrom P, et al.
Aviat Space Environ Med
. 2009 Oct;
80(10):870-81.
PMID: 19817239
Introduction: Loss in bone mineral density and muscle strength in astronauts following long-duration spaceflight have been well documented, but the altered force and movement environments in microgravity which may contribute...
6.
Pierre M, Genc K, Litow M, Humphreys B, Rice A, Maender C, et al.
J Neuroeng Rehabil
. 2006 Apr;
3:8.
PMID: 16613607
Background: Spaceflight has been shown to cause atrophy, reduced functional capacity, and increased fatigue in lower-limb skeletal muscles. The mechanisms of these losses are not fully understood but are thought...
7.
Cavanagh P, Licata A, Rice A
Gravit Space Biol Bull
. 2005 Jul;
18(2):39-58.
PMID: 16038092
Bone loss in the lower extremities and lumbar spine is an established consequence of long-duration human space flight. Astronauts typically lose as much bone mass in the proximal femur in...