Faculty

Institution

Unit

Venue

Laboratory of Muscle Biology and Sarcopenia

University of Tennessee Health Science Center

Notable Concepts

sarcopenia

#26

1.195

Research Keyword Cloud

Time:

All

You can click a keyword to filter the displayed items

gene expression bone research vascular biology molecular cell biology muscle function sarcopenia skeletal muscle mitochondrial function musculoskeletal disorders molecular physiology liver physiology molecular neurodegeneration gene regulation physical activity neurophysiology geriatrics obesity athletic training metabolism human biology medicinal research cellular physiology aging cell sport physical therapy sport medicine redox biology physical medicine cell death orthopaedic research cell physiology physiological research physical aging aging process tissue physiology mammalian physiology sport science human physiology muscle injury geriatric medicine physical exercise exercise science healthy aging comparative physiology biogerontology translational physiology musculoskeletal science apoptosis sport physiology cerebral vascular regulation apoptotic signaling muscle biology muscle stem cells aged rats health science young adult muscle mass endurance training cerebral ischemic stroke

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Scholars

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stephen E. Alway

Position

Principal Investigator

Institution

University of Tennessee Health Science Center

health science

sarcopenia

muscle function

muscle stem cells

muscle biology

exercise physiology

metabolism

translational physiology

cell metabolism

aging cell

physiology

skeletal muscle

exercise science

applied physiology

medicine

rehabilitation

animal physiology

mammalian biology

human movement

ageing

neuroscience

sport science

health sciences

sport medicine

sport physiology

cell biology

molecular biology

mammalian physiology

gene expression

neurophysiology

experimental gerontology

human physiology

muscle injury

liver physiology

cellular physiology

membrane biology

apoptosis

inflammation

avian biology

vascular biology

cell death

oxidative stress

regenerative medicine

athletic training

cell signaling

molecular physiology

musculoskeletal science

musculoskeletal disorders

geriatrics

motor control

physical activity

physical medicine

physical aging

aged rats

obesity

neuroscience of aging

cell physiology

endocrinology

mitochondrial function

human biology

biomechanics

redox biology

comparative physiology

biogerontology

circulatory physiology

medicinal research

sport physical therapy

bone research

orthopaedic research

physiological research

tissue physiology

molecular cell biology

physical exercise

geriatric medicine

aging process

healthy aging

muscle mass

apoptotic signaling

young adult

endurance training

Hector G. Paez

Institution

University of Tennessee Health Science Center

physiology

molecular biology

biochemistry

gene expression

mitochondrial function

skeletal muscle

vascular biology

muscle function

molecular neurodegeneration

molecular cell biology

liver physiology

molecular physiology

bone research

gene regulation

sarcopenia

Christopher R. Pitzer

Institution

University of Tennessee Health Science Center

molecular biology

physiology

biochemistry

gene expression

vascular biology

molecular neurodegeneration

mitochondrial function

muscle function

skeletal muscle

molecular cell biology

musculoskeletal disorders

bone research

cerebral blood flow

gene regulation

sarcopenia

cerebral vascular regulation

cerebral ischemic stroke

1
30 / page

Laboratory of Muscle Biology and Sarcopenia

University of Tennessee Health Science Center

Notable Concepts

sarcopenia

#26

1.195

Research Keyword Cloud

Time:

All

You can click a keyword to filter the displayed items

Graph settings

Graph showing relationships of top 10 results with most publications.

Drag nodes to adjust view
Interactive network
Click node/link for info

Scholars

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stephen E. Alway

Position

Principal Investigator

Institution

University of Tennessee Health Science Center

health science

sarcopenia

muscle function

muscle stem cells

muscle biology

exercise physiology

metabolism

translational physiology

cell metabolism

aging cell

physiology

skeletal muscle

exercise science

applied physiology

medicine

rehabilitation

animal physiology

mammalian biology

human movement

ageing

neuroscience

sport science

health sciences

sport medicine

sport physiology

cell biology

molecular biology

mammalian physiology

gene expression

neurophysiology

experimental gerontology

human physiology

muscle injury

liver physiology

cellular physiology

membrane biology

apoptosis

inflammation

avian biology

vascular biology

cell death

oxidative stress

regenerative medicine

athletic training

cell signaling

molecular physiology

musculoskeletal science

musculoskeletal disorders

geriatrics

motor control

physical activity

physical medicine

physical aging

aged rats

obesity

neuroscience of aging

cell physiology

endocrinology

mitochondrial function

human biology

biomechanics

redox biology

comparative physiology

biogerontology

circulatory physiology

medicinal research

sport physical therapy

bone research

orthopaedic research

physiological research

tissue physiology

molecular cell biology

physical exercise

geriatric medicine

aging process

healthy aging

muscle mass

apoptotic signaling

young adult

endurance training

Hector G. Paez

Institution

University of Tennessee Health Science Center

physiology

molecular biology

biochemistry

gene expression

mitochondrial function

skeletal muscle

vascular biology

muscle function

molecular neurodegeneration

molecular cell biology

liver physiology

molecular physiology

bone research

gene regulation

sarcopenia

Christopher R. Pitzer

Institution

University of Tennessee Health Science Center

molecular biology

physiology

biochemistry

gene expression

vascular biology

molecular neurodegeneration

mitochondrial function

muscle function

skeletal muscle

molecular cell biology

musculoskeletal disorders

bone research

cerebral blood flow

gene regulation

sarcopenia

cerebral vascular regulation

cerebral ischemic stroke

1
30 / page

Laboratory of Muscle Biology and Sarcopenia

Notable Concepts

Research Keyword Cloud

Collaborator Network

Laboratory of Muscle Biology and Sarcopenia

Notable Concepts

Research Keyword Cloud

Collaborator Network