Wyniki wyszukiwania dla: TRANSCRIPTOME PROFILING

• Transcriptome profiling and environmental linkage to salinity across Salicornia europaea vegetation

  Publikacja

  • B. Furtado
  • I. Nagy
  • T. Asp
  • J. Tyburski
  • M. Skorupa
  • M. Gołębiewski
  • P. Hulisz
  • K. Hrynkiewicz

  - BMC PLANT BIOLOGY - Rok 2019

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• Transcriptome profiling reveals distinctive traits of retinol metabolism and neonatal parallels in the MRL/MpJ mouse

  Publikacja

  • J. Podolak-Popinigis
  • B. Górnikiewicz
  • A. Ronowicz
  • P. Sachadyn

  - BMC GENOMICS - Rok 2015

  Background: The MRL/MpJ mouse is a laboratory inbred strain known for regenerative abilities which are manifested by scarless closure of ear pinna punch holes. Enhanced healing responses have been reported in other organs. A remarkable feature of the strain is that the adult MRL/MpJ mouse retains several embryonic biochemical characteristics, including increased expression of stem cell markers. Results: We explored the transcriptome...

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• Immunophenotyping and transcriptional profiling of in vitro cultured human adipose tissue derived stem cells

  Publikacja

  • A. Mieczkowska
  • A. Schumacher
  • N. Filipowicz
  • A. Wardowska
  • M. Zieliński
  • P. Madanecki
  • E. Nowicka
  • P. Langa
  • M. Deptuła
  • J. Zieliński... i 14 innych

  - Scientific Reports - Rok 2018

  Adipose-derived stem cells (ASCs) have become an important research model in regenerative medicine. However, there are controversies regarding the impact of prolonged cell culture on the ASCs phenotype and their differentiation potential. Hence, we studied 10 clinical ASCs replicates from plastic and oncological surgery patients, in six-passage FBS supplemented cultures. We quantified basic mesenchymal cell surface marker transcripts...

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• Changes in gene methylation patterns in neonatal murine hearts: Implications for the regenerative potential

  Publikacja

  • B. Górnikiewicz
  • A. Ronowicz
  • M. Krzemiński
  • P. Sachadyn

  - BMC GENOMICS - Rok 2016

  Background The neonatal murine heart is able to regenerate after severe injury; this capacity however, quickly diminishes and it is lost within the first week of life. DNA methylation is an epigenetic mechanism which plays a crucial role in development and gene expression regulation. Under investigation here are the changes in DNA methylation and gene expression patterns which accompany the loss of regenerative potential. Results The...

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