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821
Resveratrol-Loaded PLGA Enhanced Vitrified Oocyte Viability through Rab11fip4/Arf5-Mediated Internalization Route
Published 2025“…Irreversible injury accompanied by oocyte vitrification is still challenging. Recent advances in nanotechnology offer promising therapeutic potential. …”
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822
Resveratrol-Loaded PLGA Enhanced Vitrified Oocyte Viability through Rab11fip4/Arf5-Mediated Internalization Route
Published 2025“…Irreversible injury accompanied by oocyte vitrification is still challenging. Recent advances in nanotechnology offer promising therapeutic potential. …”
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823
Resveratrol-Loaded PLGA Enhanced Vitrified Oocyte Viability through Rab11fip4/Arf5-Mediated Internalization Route
Published 2025“…Irreversible injury accompanied by oocyte vitrification is still challenging. Recent advances in nanotechnology offer promising therapeutic potential. …”
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824
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825
The six most abundant miRNAs within AdMSC-EVs.
Published 2025“…<div><p>Corneal diseases are a leading cause of visual impairment, and their treatment remains challenging. Corneal epithelial stem cells exist in the limbus, the peripheral region of the cornea, and play an important role in corneal regeneration. …”
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826
In Situ Transition of Amorphous Carbon to Graphite-like Structures Using MXene as a Template for Fast and Long-Lasting Macrosuperlubricity
Published 2024“…Achieving fast and long-lasting superlubricity in two-dimensional (2D) materials under high-stress conditions is challenging due to their susceptibility to structural deformations, limited load-bearing capacity, oxidation, and thermal degradation. …”
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827
In Situ Transition of Amorphous Carbon to Graphite-like Structures Using MXene as a Template for Fast and Long-Lasting Macrosuperlubricity
Published 2024“…Achieving fast and long-lasting superlubricity in two-dimensional (2D) materials under high-stress conditions is challenging due to their susceptibility to structural deformations, limited load-bearing capacity, oxidation, and thermal degradation. …”
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828
In Situ Transition of Amorphous Carbon to Graphite-like Structures Using MXene as a Template for Fast and Long-Lasting Macrosuperlubricity
Published 2024“…Achieving fast and long-lasting superlubricity in two-dimensional (2D) materials under high-stress conditions is challenging due to their susceptibility to structural deformations, limited load-bearing capacity, oxidation, and thermal degradation. …”
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829
In Situ Transition of Amorphous Carbon to Graphite-like Structures Using MXene as a Template for Fast and Long-Lasting Macrosuperlubricity
Published 2024“…Achieving fast and long-lasting superlubricity in two-dimensional (2D) materials under high-stress conditions is challenging due to their susceptibility to structural deformations, limited load-bearing capacity, oxidation, and thermal degradation. …”
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830
Participants’ characteristics.
Published 2025“…Second, survivors experienced <i>challenges with getting back on track</i> such as the impact of impaired physical and cognitive functions, and challenges and uncertainty related to work and finances. …”
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831
Overview of the main themes and subthemes.
Published 2025“…Second, survivors experienced <i>challenges with getting back on track</i> such as the impact of impaired physical and cognitive functions, and challenges and uncertainty related to work and finances. …”
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832
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833
<i>Oenocarpus bacaba</i> palm tree (A) and fruit (B).
Published 2024“…Serological cure was achieved in 34.6% of cases, and IgG titers decreased in 15.3%.</p><p>Conclusions and significance</p><p>We encountered several barriers in managing ACD, including population vulnerability, reliance on outdated diagnostic techniques, lack of standardized molecular biology methods, and limited therapeutic options. …”
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834
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835
Individual data.
Published 2025“…<div><p>Purpose</p><p>To assess physiological metrics during the use of a commercially available bilateral active ankle exoskeleton during a challenging military-relevant task and if use of the exoskeleton during this task influences: metabolic load, physiological measures or rate of perceived exertion.…”
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836
Descriptive statistics.
Published 2025“…<div><p>Purpose</p><p>To assess physiological metrics during the use of a commercially available bilateral active ankle exoskeleton during a challenging military-relevant task and if use of the exoskeleton during this task influences: metabolic load, physiological measures or rate of perceived exertion.…”
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837
Time matched metabolic cost.
Published 2025“…<div><p>Purpose</p><p>To assess physiological metrics during the use of a commercially available bilateral active ankle exoskeleton during a challenging military-relevant task and if use of the exoskeleton during this task influences: metabolic load, physiological measures or rate of perceived exertion.…”
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838
Research design.
Published 2025“…<div><p>Purpose</p><p>To assess physiological metrics during the use of a commercially available bilateral active ankle exoskeleton during a challenging military-relevant task and if use of the exoskeleton during this task influences: metabolic load, physiological measures or rate of perceived exertion.…”
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839
Time matched physiological strain.
Published 2025“…<div><p>Purpose</p><p>To assess physiological metrics during the use of a commercially available bilateral active ankle exoskeleton during a challenging military-relevant task and if use of the exoskeleton during this task influences: metabolic load, physiological measures or rate of perceived exertion.…”
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840
Physiological strain.
Published 2025“…<div><p>Purpose</p><p>To assess physiological metrics during the use of a commercially available bilateral active ankle exoskeleton during a challenging military-relevant task and if use of the exoskeleton during this task influences: metabolic load, physiological measures or rate of perceived exertion.…”