Search Results
You are looking at 1-10 of 328
Skip to main content
David F. Neri,
Raymond L. Oyung,
Laura M. Colletti,
Melissa M. Mallis,
Patricia Y. Tam, and
David F. Dinges
Article Category: Research Article
Volume/Issue: Volume 73: Issue 7
Online Publication Date: Jul 01, 2002
DOI:
Page Range: 654 – 664
John A. Caldwell,
Melissa M. Mallis,
J. Lynn Caldwell,
Michel A. Paul,
James C. Miller, and
David F. Neri
Article Category: Research Article
Volume/Issue: Volume 80: Issue 1
Online Publication Date: Jan 01, 2009
Page Range: 29 – 59
Eugenia N. Yarmanova,
Inessa B. Kozlovskaya,
N. N. Khimoroda, and
Elena V. Fomina
Article Category: Research Article
Volume/Issue: Volume 86: Issue 12:Supplement
Online Publication Date: Dec 01, 2015
Page Range: A32 – A37
Anthony Rengel,
Vienna Tran, and
Li Shean Toh
Article Category: Research Article
Volume/Issue: Volume 94: Issue 5
Online Publication Date: May 01, 2023
Page Range: 389 – 395
-flight.
12
,
32
,
47
The National Space & Aeronautics Administration (NASA) has identified in the Human Research Roadmap that bone demineralization is a serious threat to astronaut health and, therefore, has prioritized research into the development of countermeasures.
33
Specific exercise countermeasures including the Advanced Resistive Exercise Device (ARED),
39
combined with load bearing garments and nutritional regimes,
40
have been extensively assessed on the ISS. Despite showing a maintenance of BMD in the upper body, significant
Carol S. RamseyD.O. and
Suzanne E. McglohnM.D.
Article Category: Research Article
Volume/Issue: Volume 68: Issue 10
Online Publication Date: Oct 01, 1997
DOI:
Page Range: 926 – 931
Thomas J. Abitante,
Mohammad Mehdi Alemi,
Dava J. Newman, and
Kevin R. Duda
Article Category: Research Article
Volume/Issue: Volume 94: Issue 7
Online Publication Date: Jul 01, 2023
Page Range: 523 – 531
Astronauts in microgravity experience a substantial loss of bone mineral density (BMD), as high as 1–2% per month, in the lower body as a result of long duration microgravity exposure where the skeleton is not subjugated to the constant daily loading one would experience on Earth.
21
A rigorous exercise regimen (2.5 h/d) is currently prescribed as the primary countermeasure to reduce this bone loss, with heavy resistance training and proper nutrition increasing the efficacy.
35
However, despite improvements in the exercise equipment and the addition
Aurore C. Paillard,
Gaëlle Quarck, and
Pierre Denise
Article Category: Review Article
Volume/Issue: Volume 85: Issue 5
Online Publication Date: May 01, 2014
Page Range: 563 – 567
E. I. Matsnev,
I. Y. Yakovleva,
I. K. Tarasov,
V. N. Alekseev,
L. N. Kornilova,
A. D. Mateev, and
G. I. Gorgiladze
Article Category: Research Article
Volume/Issue: Volume 54: Issue 4
Online Publication Date: Apr 01, 1983
DOI:
Page Range: 312 – 317
Nick Kanas,
Vyacheslav Salnitskiy,
Ellen M. Grund,
Vadim Gushin,
Daniel S. Weiss,
Olga Kozerenko,
Alexander Sled, and
Charles R. Marmar
Article Category: Research Article
Volume/Issue: Volume 73: Issue 6
Online Publication Date: Jun 01, 2002
DOI:
Page Range: 607 – 611
Steven H. Platts,
Jennifer A. Tuxhorn,
L. Christine Ribeiro,
Michael B. Stenger,
Stuart M.C. Lee, and
Janice V. Meck
Article Category: Research Article
Volume/Issue: Volume 80: Issue 5
Online Publication Date: May 01, 2009
Page Range: 437 – 442