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Studies on animal regeneration have a quite ambiguous. position in the biological field: sented in developmental biology meetings, the regeneration. process itself is . cellular, tissue, internal organ, structure, and whole-body. regeneration.
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Dr Xuefei Gao, a first author on the paper from HKUMed, and previously from the Wellcome Sanger Institute, said: "These EPSC stem cells possess developmental potency that is not generally seen in conventional embryonic or induced pluripotent stem cells. They have the potential to produce all embryonic and extra-embryonic cell lines -- including those in the placenta and yolk sac, turning back the development clock to the very earliest cell type.

These cells will enable researchers to study early embryonic development, miscarriage and developmental disorders. The first EPSCs were created in , when the group targeted key molecular pathways during very early development in mice. At these very earliest embryonic developmental stages, mammalian species are very similar and the cells are like a blank sheet of paper.

This study has shown that it is possible to use the same approach to create human EPSCs and also to establish EPSCs from pigs -- mammals that had previously been elusive to stem cell researchers. EPSC's great potential to develop into any type of cell provides important implications for developmental biology, regenerative medicine, organ transplantation, disease modeling, and screening for drugs.


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Materials provided by Wellcome Trust Sanger Institute. Note: Content may be edited for style and length. Science News.

Elly Tanaka (IMP and VBC) 1: Axolotl Limb Regeneration

Teichmann, Heiner Niemann, Pentao Liu. Establishment of porcine and human expanded potential stem cells.

Caution surrounds the use of animals to solve donor shortages

Elaine Fuchs Rockefeller University, United States Expertise Stem Cells and Regenerative Medicine Human Biology and Medicine Research focus skin stem cells stem cells tissue morphogenesis epithelial polarity transcriptional regulation during development cytoskeletal dynamics and adhesion epithelial cancers Experimental organism mouse. Valerie Horsley Yale University, United States Expertise Cell Biology Developmental Biology Stem Cells and Regenerative Medicine Research focus epithelial stem cells adipocyte stem cells adipose tissue epithelial-mesenchymal interactions mechanical regulation of tissues tissue regeneration.


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Kay F Macleod University of Chicago, United States Expertise Cell Biology Cancer Biology Human Biology and Medicine Stem Cells and Regenerative Medicine Research focus autophagy mitochondria stress responses tumor progression and metastasis tumor stem cells hepatic steatosis and hepatocellular carcinoma breast cancer pancreatic ductal adenocarcinoma.

Martin Pera University of Melbourne, Australia Expertise Stem Cells and Regenerative Medicine Research focus embryonic stem cells induced pluripotent stem cells regenerative medicine tissue stem cells pluripotent stem cell Experimental organism human.

Major stem cell discovery to boost research into development and regenerative medicine

Gordana Vunjak-Novakovic Columbia University, United States Expertise Stem Cells and Regenerative Medicine Human Biology and Medicine Research focus cardiac and bone regeneration tissue engineering in vitro models of development and disease biophysical regulation of stem cells Experimental organism human. Sign up for alerts Privacy notice. Please leave this field empty. Breuer and his colleagues in this study conducted a three-part study, starting with two groups of mice.

The first group expressed a gene that made all of its cells fluorescent green and the second group was normal. The seeded bone marrow cells enhanced the performance of the graft; however, a rapid loss of green cells was observed and the cells that developed in the new vessel wall were not green which suggests that the seeded cells promoted vessel development, but did not turn into vessel wall cells themselves.

Researchers replaced the bone marrow cells of a female mouse with those of a male mouse before implanting the graft into female mice. They found that the cells forming the new vessel were female, meaning they did not come from the male bone marrow cells. Researchers implanted a segment of male vessel attached to the scaffold into a female host. Silk scaffolds can be used to produce tissue engineered bone. The figure illustrates the generation of tissue engineered bone using silk scaffolds.

What Determines the Regenerative Capacity in Animals? | BioScience | Oxford Academic

Oral tissue engineering for transplantation to help wound healing in the oral cavity reconstruction has taken a considerable step forward. Susan Gibbs of the VU University Medical Centre in Amsterdam, skin substitutes have been far more advanced than oral gingiva substitutes. Until now, no oral tissue-engineered products have been available for clinical applications. This study was aimed at constructing full thickness oral substitutes while maintaining the needed characteristics for successful oral transplantation.

Researchers used small amounts of patient oral tissue acquired from biopsies, the cultured and expanded the tissues in vitro over a three-week period. Results of this study showed with a few number of patients showed that the gingiva substitute was promising and supported the need to carry out a larger patient study in the future. Click here to read about how the study of Newts can help scientists find a new way of tissue regeneration in humans. Watch the following video to learn about tissue engineering and the new advancements —.

PMID University of California, Merced , March Protein critical for tissue regeneration discovered. Duncan, Adam Schoffner, Jason D.