Publications by authors named "S Troutman"

Article Synopsis
  • Neurofibromatosis type 2 (NF2) is a rare condition leading to tumors like vestibular schwannomas and meningiomas, and currently lacks FDA approved medication.* -
  • Previous research shows that BET inhibition can slow the growth of NF2-related cells, and this study investigates whether combining both BET and FAK inhibition could enhance these effects.* -
  • Results indicate that this combination effectively halts the growth of NF2-null cells by disrupting their cell cycle and significantly downregulating FAK1, suggesting a promising new treatment approach for NF2-related tumors.*
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Naked mole rats () are a unique rodent species originating in Africa and are increasingly being used in research. Their needs and characteristics differ from those of other rodents used in research. Unique housing systems are necessary to address the special macro- and microenvironmental requirements of NMRs.

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Background: Neurofibromatosis type 2 (NF2) is an autosomal dominant genetic disease characterized by development of schwannomas on the VIIIth (vestibular) cranial nerves. Bromodomain and extra-terminal domain (BET) proteins regulate gene transcription and their activity is required in a variety of cancers including malignant peripheral nerve sheath tumors. The use of BET inhibitors as a therapeutic option to treat NF2 schwannomas has not been explored and is the focus of this study.

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As people age, one of the most common complaints is difficulty with word retrieval. A wealth of behavioral research confirms such age-related language production deficits, yet the structural neural differences that relate to age-related language production deficits remains an open area of exploration. Therefore, the present study used a large sample of healthy adults across adulthood to investigate how age-related white matter differences in three key left-hemisphere language tracts may contribute to age-related differences in language ability.

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As we age, language reflects patterns of both stability and change. On the one hand, vocabulary and semantic abilities are largely stable across the adult lifespan, yet lexical retrieval is often slower and less successful (i.e.

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