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Consuming Fatty Fish Can Increase Cell Membrane Fluidity
Eating fatty fish decreased the lipophilic index in people with impaired glucose metabolism or coronary heart disease.
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Zinc Transporter Has Built-In Self-Regulating Sensor
New cryo-EM structure of a zinc-transporter protein reveals how this molecular machine functions to regulate cellular levels of zinc, an essential micronutrient.
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New Insights Into Molecular Mechanisms Controlling Chromosome Movement During Cell Division
A team uncover the molecular details of how a crucial protein facilitates proper chromosome movement when our cells divide.
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3D Bioprinting Achieved Inside "Mini-Organs" Growing in Hydrogels
Research shows for the first time how scientists can create solid structures within a pre-existing gel to solidify specific patterns in real time.
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Promising Stem Cell-Based Regenerative Therapy for Heart Disease Developed
A stem cell treatment that can be transplanted into an injured heart to repair damaged tissue and improve heart function has shown promise in preclinical trials.
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Mouse Model Reveals Adolescent Binge Drinking May Cause Permanent Brain Changes
Heavy alcohol consumption may cause permanent dysregulation of neurons, or brain cells, in adolescents, according to a new study in mice.
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Most Comprehensive Single-Cell Map of the Human Lung Released
The largest and most comprehensive cell map of the human lung has been announced, revealing the great diversity of cell types in the lung and key differences between health and disease.
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Engineered Human Tissue Aids Malaria Research
A research team has engineered tissue with human cells that mosquitoes love to bite and feed upon with the goal of helping fight deadly diseases transmitted by the biting insects.
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Remains of an Extinct World of Organisms Discovered
Newly discovered biomarker signatures point to a whole range of previously unknown organisms that dominated complex life on Earth about a billion years ago.
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New 3D Bioprinting Process Could Improve the Creation of Artificially Engineered Organs
New 3D bioprinting process involving the University of Huddersfield could save thousands of lives by helping the creation of tissue-compatible artificially engineered organs to become quicker and easier.
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