Vandre C Figueiredo
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Explore the profile of Vandre C Figueiredo including associated specialties, affiliations and a list of published articles.
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44
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Recent Articles
11.
Dungan C, Figueiredo V, Wen Y, VonLehmden G, Zdunek C, Thomas N, et al.
Geroscience
. 2022 Mar;
44(4):1925-1940.
PMID: 35325353
With aging, skeletal muscle plasticity is attenuated in response to exercise. Here, we report that senescent cells, identified using senescence-associated β-galactosidase (SA β-Gal) activity and p21 immunohistochemistry, are very infrequent...
12.
Valentino T, Figueiredo V, Mobley C, McCarthy J, Vechetti Jr I
Physiol Rep
. 2021 Dec;
9(23):e15137.
PMID: 34889054
Many of the molecular and cellular mechanisms discovered to regulate skeletal muscle hypertrophy were first identified using the rodent synergist ablation model. This model reveals the intrinsic capability and necessary...
13.
von Walden F, Fernandez-Gonzalo R, Norrbom J, Emanuelsson E, Figueiredo V, Gidlund E, et al.
J Appl Physiol (1985)
. 2021 Aug;
131(3):1035-1042.
PMID: 34351816
Mitochondrial-derived peptides (MDPs) humanin (HN) and mitochondrial open reading frame of the 12S rRNA-c (MOTS-c) are involved in cell survival, suppression of apoptosis, and metabolism. Circulating levels of MDPs are...
14.
von Walden F, Vechetti Jr I, Englund D, Figueiredo V, Fernandez-Gonzalo R, Murach K, et al.
Dev Med Child Neurol
. 2021 Jun;
63(10):1204-1212.
PMID: 34176131
Aim: To provide a detailed gene and protein expression analysis related to mitochondrial biogenesis and assess mitochondrial content in skeletal muscle of children with cerebral palsy (CP). Method: Biceps brachii...
15.
Englund D, Figueiredo V, Dungan C, Murach K, Peck B, Petrosino J, et al.
Function (Oxf)
. 2021 Jun;
2(1):zqaa033.
PMID: 34109314
Satellite cells are required for postnatal development, skeletal muscle regeneration across the lifespan, and skeletal muscle hypertrophy prior to maturity. Our group has aimed to address whether satellite cells are...
16.
Figueiredo V, Wen Y, Alkner B, Fernandez-Gonzalo R, Norrbom J, Vechetti Jr I, et al.
J Physiol
. 2021 Apr;
599(13):3363-3384.
PMID: 33913170
Key Points: Ribosome biogenesis and MYC transcription are associated with acute resistance exercise (RE) and are distinct from endurance exercise in human skeletal muscle throughout a 24 h time course...
17.
Zeng N, DSouza R, MacRae C, Figueiredo V, Pileggi C, Markworth J, et al.
Am J Physiol Cell Physiol
. 2021 Jan;
320(4):C591-C601.
PMID: 33471625
Disuse-induced muscle atrophy is accompanied by a blunted postprandial response of the mammalian target of rapamycin complex 1 (mTORC1) pathway. Conflicting observations exist as to whether postabsorptive mTORC1 pathway activation...
18.
Figueiredo V, DSouza R, Van Pelt D, Lawrence M, Zeng N, Markworth J, et al.
J Cachexia Sarcopenia Muscle
. 2020 Nov;
12(1):130-143.
PMID: 33231914
Background: Translational capacity (i.e. ribosomal mass) is a key determinant of protein synthesis and has been associated with skeletal muscle hypertrophy. The role of translational capacity in muscle atrophy and...
19.
Murach K, Vechetti Jr I, Van Pelt D, Crow S, Dungan C, Figueiredo V, et al.
Function (Oxf)
. 2020 Sep;
1(1):zqaa009.
PMID: 32864621
The "canonical" function of Pax7+ muscle stem cells (satellite cells) during hypertrophic growth of adult muscle fibers is myonuclear donation via fusion to support increased transcriptional output. In recent years,...
20.
Peake J, Markworth J, Cumming K, Aas S, Roberts L, Raastad T, et al.
Front Physiol
. 2020 Jul;
11:737.
PMID: 32695024
Regular postexercise cooling attenuates muscle hypertrophy, yet its effects on the key molecular factors that regulate muscle growth and remodeling are not well characterized. In the present study, nine men...