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Human Stem Cells to Rapidly Generate Bone, Heart Muscle
A new study shows that combining positive and negative signals can quickly and efficiently steer stem cells down complex developmental pathways to become specialized tissues that could be used in the clinic.
New Therapeutic Targets For Small Cell Lung Cancer Identified
Researchers at UTSW Medical Center have identified a protein termed ASCL1 that is essential to the development of small cell lung cancer and that, when deleted in the lungs of mice, prevents the cancer from forming.
New Mechanism of Tuberculosis Infection
Researchers have identified a new infection mechanism of tuberculosis that could lead to a new therapeutic angle.
Modelling ALS Requires ‘Aged’ Stem Cells
Research suggests engineered cells are too ‘young’ to accurately model ALS and should be 'aged' to speed progress toward finding potential treatments.
Protein Reinforces Growth of Damaged Muscles
Biologists have found a protein involved in stem cells that bolsters damaged muscle tissue growth - potential for muscle degeneration treatments.
Treating HIV with Cancer-Fighting Gene Shows Promise
A type of gene immunotherapy that has shown promising results against cancer could also be used against HIV.
'Antigen-Presenting Cell' Defends Against Cancer
Through advanced imaging, researchers have identified cells that encourages increases in immune system cancer defences.
Rapid Generation from Stem Cells
Researchers coax human stem cells to rapidly generate bone and heart muscle by directing stem cells down complex developmental pathways.
HIV Hides No Longer
Researchers are working to create proteins that clear HIV-infected cells in order to eliminate latent infection and dormancy.
R&D Agreement for Development of CtDNA Diagnostics
SeraCare and NIST partner for development of ctDNA diagnostic assay reference materials.
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Highly Reproducible Gene Delivery for Stem Cell Research
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AMSBIO

AMSBIO have announced a range of ready-touselentivirus supernatant products suitablefor many kinds of gene delivery applicationsincluding mammalian protein expression, stablecell line construction, cell signal pathwaylocalization and stem cell research.Converting fully differentiated mouse or humansomatic cells into embryonic-like cells (so calledinduced Pluripotent Stem Cell: iPSC) hasattracted enormous attention in stem cellresearch. Multiple reports have demonstrated thatiPS cells were generated by using a set oftranscription factors or stem cell factors thatdelivered as expression virus or expressedproteins. Although the combination ofreprogramming factors may slightly different, themain stem cell factors are: OCT3/4, SOX2,NANOG, LIN28, c-Myc and KLF4. iPSC holds thepromise of curing many human diseases andaccelerates the stem cell research.

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