Month: <span>September 2021</span>

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New gene therapy pathway could protect us from cancer and dementia
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New gene therapy pathway could protect us from cancer and dementia

by  University of Sheffield Credit: Unsplash/CC0 Public Domain Researchers from the University of Sheffield have discovered a new gene therapy pathway that has uncovered an important regulatory mechanism to keep our genome healthy. This pathway has the potential to protect us against serious life-limiting diseases such as cancer and dementia. Cancer and neurodegeneration are two major health...

Investigators uncover cellular pathway involved in cancer growth
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Investigators uncover cellular pathway involved in cancer growth

by  Cedars-Sinai Medical Center Credit: CC0 Public Domain The Cedars-Sinai investigators discovered several key components in the control of telomerase reverse transcriptase, or TERT, expression, one of the necessary component proteins of telomerase. High levels of TERT are found in several cancer types, the result of mutations in DNA that control the levels of TERT in...

Potential new drug for incurable vascular dementia
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Potential new drug for incurable vascular dementia

by  University of Manchester Credit: Pixabay/CC0 Public Domain A drug already used to treat high blood pressure could be re-purposed as the first treatment to tackle a type of vascular dementia caused by damaged and ‘leaky’ small blood vessels in the brain, according to research part-funded by the British Heart Foundation and published today in the Journal of Clinical...

Identifying a neural circuit involved in how pain modulates dopamine neurons
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Identifying a neural circuit involved in how pain modulates dopamine neurons

by Ingrid Fadelli , Medical Xpress Functional neuroanatomy of LPB projections to the ventral midbrain. a, Experimental design. b, Whole-brain fluorescence image showing LPBVGLUT2 projections (eYFP, green; upper row, horizontal; lower row, sagittal). VTA, SNR and CeA are highlighted in different colors (scale bar, 1 mm). c, LPBVGLUT2 terminals and fibers of passage (white arrows) in...

Sodium acetate acts as a potential fountain of youth for aging bones
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Sodium acetate acts as a potential fountain of youth for aging bones

By Nick Lavars Young stem cells (left) produce more material (dark brown) for bone than old stem cells (center), and a new study shows how they can be rejuvenated by adding sodium acetate (right)Pouikli/Max Planck Institute for Biology of AgeingVIEW 1 IMAGES Scientists looking into the biological mechanisms behind deteriorating bones have made a discovery...

Foot pressure sensors detect Parkinson’s disease
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Foot pressure sensors detect Parkinson’s disease

A team from National Yang Ming Chiao Tung University has developed a foot-pressure-sensing insole to detect Parkinson’s disease. Using tiny Raspberry Pi computers, they managed to create something discreet that can monitor people as they walk around in their own shoes.Video: Team Forelook What is Parkinson’s disease? Parkinson’s disease is a neurodegenerative disorder that mostly affects...

Study reveals how ribosomes are assembled in human cells
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Study reveals how ribosomes are assembled in human cells

All cells need ribosomes to make the proteins necessary for life. These multi-component molecular machines build complex proteins by stitching building blocks together according to instructions encoded in the cell’s messenger RNAs. But ribosomes are themselves composed of small and large subunits, each of which is made up of ribosomal proteins and RNA. Before they can manufacture proteins, these subunits must be manufactured...

Downtime at the nerve cell’s protein factories
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Downtime at the nerve cell’s protein factories

IMAGE: SAMANTHA MENDONSA (LEFT) AND MARINA CHEKULAEVA (RIGHT) IN THE LAB AT BIMSB / MDC CREDIT: CHEKULAEVA LAB, MDC Charcot-Marie-Tooth disease (CMT) is a rare hereditary condition. It occurs when genetic changes disrupt the transmission of nerve signals from the brain to the muscles of the extremities, particularly those of the lower limbs. This leads...

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NUS researchers discover a dependency of glioblastoma on biotin distribution

Glioblastoma is the most lethal and malignant adult brain cancer that may arise from neuroglial stem or progenitor cells. Certain gene mutations or those with a known history of other cancers and radiation therapy may predispose patients to develop brain cancer. Tumour relapse is invariably inevitable due to the resistance of glioblastoma towards standard therapies....