Stuart R. Chipkin
0000-0003-2114-9480
Publication & Citation Trends
Publications
0 total
Cellular and molecular contractile function in aged human skeletal muscle is altered by phosphate and acidosis and partially reversed with an ATP analog.
Cited by 3
Semantic Scholar
Phosphate and acidosis cause fiber-type specific changes to cellular and molecular contractile mechanics at 37°C in skeletal muscle from older adults
Cited by 0
Semantic Scholar
Slow- and fast-contracting skeletal muscle fibers have more similar cellular and molecular contractile function at 37°C than at 25°C in older adults
Cited by 0
Semantic Scholar
Distinct skeletal muscle fiber-type contractile response to fatigue at 37°C in older adults
Cited by 0
Semantic Scholar
Single Muscle Fiber Myosin-actin Interactions Slow More With Fatigue In Older Compared With Younger Muscle
Cited by 0
Semantic Scholar
An estrogen receptor agonist and androgen receptor antagonist independently alter cardiac contractile mechanics in male mice
Cited by 0
Semantic Scholar
Research Topics
Muscle metabolism and nutrition
(40)
Cardiovascular and exercise physiology
(33)
Adipose Tissue and Metabolism
(33)
Physical Activity and Health
(24)
Sports Performance and Training
(18)
Affiliations
Boston University
Tufts University
University of Iowa
Boston Medical Center
Hartford Hospital