Embryonic Stem Cells News and Research

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Inducing totipotency into stem cells opens new doors for potential cell replacement therapies

Early mammalian development is a highly complex process involving elaborate and highly coordinated biological processes.

29 Jan 2020

Transcriptional scanning in the sperm may regulate rate of human evolution

Maturing sperm cells turn on most of their genes, not to follow their genetic instructions like normal, but instead to repair DNA before passing it to the next generation, a new study finds.

23 Jan 2020

Advancement in reconstitution of the blood system from human pluripotent stem cells

The reconstitution of the blood system in humans holds great therapeutic potential to treat many disorders, like blood cancers, sickle-cell anemia and others.

31 Dec 2019

Chemical reprogramming of granulosa cells to form functional oocytes

By introducing a chemical cocktail to granulosa cells, researchers in China induced the cells to transform into functional oocytes in mice.

26 Dec 2019

Study opens up new treatment possibilities for Wilms' tumor

As an embryo develops, its cells must learn what to do with the thousands of genes they've been equipped with. That's why each cell comes with a detailed gene-expression manual outlining exactly which genes should be switched on, to what extent, and when.

18 Dec 2019

Moffitt researchers develop efficient method for creating mouse models to study melanoma

Genetically engineered mouse models are often used by scientists to study how the addition, deletion or mutation of genes affects the development of disease and effects of drugs.

17 Dec 2019

Transplanted human brain cells in a mouse brain provide insight into neural circuit formation

The brain cortex, the outside layer of our brain often referred to as grey matter, is one of the most complex structures found in living organisms. It gives us the advanced cognitive abilities that distinguish us from other animals.

21 Nov 2019

Finding ways to stop cancer at its roots

Why do some cancers come back? Sometimes, a treatment can effectively eliminate cancer cells to undetectable levels, but, if the treatment stops, cancer may return.

7 Nov 2019

Study uncovers how cells 'forget their past' while developing into a specific cell

All cells in the body contain the same genetic material. The difference between cells therefore depends solely on which genes are expressed or ‘turned on’.

7 Nov 2019

New molecule can reduce aggressiveness of embryonal central nervous system tumors

In Brazil, scientists affiliated with the Human Genome and Stem Cell Research Center (HUG-CELL) at the University of São Paulo (USP) have identified a molecule capable of reducing the aggressiveness of embryonal central nervous system tumors.

7 Nov 2019

Dynamic molecular signaling waves control embryonic fates

Timing is everything for young cells waiting to determine their identities.

29 Oct 2019

Pluripotent stem cells help advance understanding of how Huntington's disease develops

Huntington's disease (HD) is a fatal hereditary disease for which there is no cure. A novel study from Cedars-Sinai Medical Center, Los Angeles, using pluripotent stem cells advances understanding of how the disease develops and may help pave the way for identifying pathways for future treatments.

21 Oct 2019

Scientists successfully create age-resistant mice with hyper-long telomeres

Researchers have shown that it is possible to extend the life of mice by generating hyper-long telomeres, without using any gene modifying technologies.

17 Oct 2019

Temporal fluctuations in protein concentrations can determine fate of stem cells

How do temporal variations in protein concentrations affect biology? It's a question that biologists have only recently begun to address, and the findings are increasingly showing that random temporal changes in the amount of certain proteins play a direct and significant role on biological processes.

26 Sep 2019

Study provides new insight into how cells maintain their identity

In the body's cells, some proteins are of vital importance as to which genes are active or turned off. Now, researchers from the University of Copenhagen and the Memorial Sloan Kettering Cancer Center have discovered which proteins are necessary in order to maintain the proper genetic regulation.

20 Sep 2019

New technology helps trace the origin of Huntington's disease

The first signs of Huntington's, an inherited disease that slowly deteriorates bodies and minds, don't typically surface until middle age.

18 Sep 2019

Cure for Rett Syndrome a step closer as scientists successfully reactivate 'back-up’ genes

A team headed by Vincent Pasque at his Lab at KU Leuven alongside researchers from the Jean-Christophe Marine lab and the Edith Heard lab have made a significant step towards developing a treatment for Rett syndrome and other X chromosome linked disorders.

17 Sep 2019

Nanotechnology could boost stem cell transplantation research

Nanotechnology developed at Rutgers University-New Brunswick could boost research on stem cell transplantation, which may help people with Alzheimer's disease, Parkinson's disease, other neurodegenerative diseases and central nervous system injuries.

14 Aug 2019

New method to grow embryonic stem cells on a microfluidic chip

It's no surprise that using human embryos for biological and medical research comes with many ethical concerns. Correct though it is to proceed with caution in these matters, the fact is that much science would benefit from being able to study human biology more accurately.

29 Jun 2019

Study solves mysteries of complex microRNA oncogenes

MicroRNAs are tiny molecules of nucleic acid that control gene expression, acting like a dimmer switch to tone down gene output at key positions in the network of information that governs a cell's function.

28 Jun 2019

Embryonic Stem Cells News and Research

Inducing totipotency into stem cells opens new doors for potential cell replacement therapies

Transcriptional scanning in the sperm may regulate rate of human evolution

Advancement in reconstitution of the blood system from human pluripotent stem cells

Chemical reprogramming of granulosa cells to form functional oocytes

Study opens up new treatment possibilities for Wilms' tumor

Moffitt researchers develop efficient method for creating mouse models to study melanoma

Transplanted human brain cells in a mouse brain provide insight into neural circuit formation

Finding ways to stop cancer at its roots

Study uncovers how cells 'forget their past' while developing into a specific cell

New molecule can reduce aggressiveness of embryonal central nervous system tumors

Dynamic molecular signaling waves control embryonic fates

Pluripotent stem cells help advance understanding of how Huntington's disease develops

Scientists successfully create age-resistant mice with hyper-long telomeres

Temporal fluctuations in protein concentrations can determine fate of stem cells

Study provides new insight into how cells maintain their identity

New technology helps trace the origin of Huntington's disease

Cure for Rett Syndrome a step closer as scientists successfully reactivate 'back-up’ genes

Nanotechnology could boost stem cell transplantation research

New method to grow embryonic stem cells on a microfluidic chip

Study solves mysteries of complex microRNA oncogenes

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