Sentences with phrase «create stem cells in the lab»

«Since that time, Lorenz has made a significant number of transformative contributions and developed protocols that have fundamentally changed the way we create stem cells in the lab,» said Lennart Mucke, MD, director of the Gladstone Institute of Neurological Disease.

Not exact matches

The only problem I have is creating fetuses in a lab to extract more stem cells.

«I'm working with Professor Richard Oreffo and Dr Rahul Tare from the University's Centre for Human Development, Stem Cells and Regeneration who are trying to create and grow cartilage in the lab using a patients» own (autologous) stem cells to then be implanted back into the patient if they have a cartilage defect,» she explaStem Cells and Regeneration who are trying to create and grow cartilage in the lab using a patients» own (autologous) stem cells to then be implanted back into the patient if they have a cartilage defect,» she explCells and Regeneration who are trying to create and grow cartilage in the lab using a patients» own (autologous) stem cells to then be implanted back into the patient if they have a cartilage defect,» she explastem cells to then be implanted back into the patient if they have a cartilage defect,» she explcells to then be implanted back into the patient if they have a cartilage defect,» she explains.

In a boon to stem cell research and regenerative medicine, scientists at Boston Children's Hospital, the Wyss Institute for Biologically Inspired Engineering at Harvard University and Boston University have created a computer algorithm called CellNet as a «roadmap» for cell and tissue engineering, to ensure that cells engineered in the lab have the same favorable properties as cells in our own bodieIn a boon to stem cell research and regenerative medicine, scientists at Boston Children's Hospital, the Wyss Institute for Biologically Inspired Engineering at Harvard University and Boston University have created a computer algorithm called CellNet as a «roadmap» for cell and tissue engineering, to ensure that cells engineered in the lab have the same favorable properties as cells in our own bodiein the lab have the same favorable properties as cells in our own bodiein our own bodies.

Using next - generation sequencing technologies that were previously unavailable, Michael Gardner, a graduate research assistant, and Jianying Wang, a senior research associate in Mitchum's lab, made a remarkable new discovery — nematodes possess the ability to produce a second type of peptide that can effectively «take over» plant stem cells that are used to create vital pathways for the delivery of nutrients throughout the plant.

In 2009, Hans Clevers of the Hubrecht Institute in Utrecht, the Netherlands, announced that his lab unexpectedly created a miniature version of a gut while cultivating adult stem cells that the team had discovered in mouse intestinal tissuIn 2009, Hans Clevers of the Hubrecht Institute in Utrecht, the Netherlands, announced that his lab unexpectedly created a miniature version of a gut while cultivating adult stem cells that the team had discovered in mouse intestinal tissuin Utrecht, the Netherlands, announced that his lab unexpectedly created a miniature version of a gut while cultivating adult stem cells that the team had discovered in mouse intestinal tissuin mouse intestinal tissue.

To create different cell types in the lab, stem cells must be coaxed down the road of determination — the branching paths that fetal cells normally travel to become neurons, skin cells, muscle cells, or any number of other cell types.

In May 2006, Eggan's lab received approval from Harvard to seek healthy human eggs from female donors, a first step toward using research cloning to create new stem cell lines.

By contrast, embryonic stem cells are culled from embryos created and frozen in fertility labs.

Kevin Eggan's lab in Cambridge has been busy demonstrating the clinical potential of the research — and finding novel ways to create stem cells.

The team has named them «expanded - potential stem cells» (EPSCs), because — unlike any other stem cells made in the lab — they are able to create placenta and yolk sac tissue.

Gladstone scientists have discovered how to make the three types of heart cells — cardiomyocytes, endothelial cells, and smooth muscle cells — out of a new type of cardiac stem cell created in a lab.

Researchers are also exploring different methods to deliver stem cells to the eye, including creating patches of RPE cells in the lab.

There he worked in the Kaplan lab, originally with the Neural Group working to create a scaffold for a model of a three - dimensional interconnected neuronal network grown from human induced pluripotent stem cells.

Creating human lung epithelial cells in the lab has been a challenge, and lineage - specific reporters, which indicate each cell's specific type, are key to understanding lung epithelial stem cell development.

In addition, three California - based ALS research labs have joined forces to form the Neuro Collaborative, which will create induced pluripotent stem (iPS) cell lines from ALS patients that can be used to screen for new drugs and will be shared with the other groups.