3D Printing Powered by Pollen for Tissue Engineering and Drug Delivery
A 3D printing ink material has been developed using sunflower pollen to fabricate parts for tissue engineering and drug delivery.
A 3D printing ink material has been developed using sunflower pollen to fabricate parts for tissue engineering and drug delivery.
A new approach that used CRISPR to engineer adipocytes and implant them in mice models of cancer reduced cancer progression.
The platform enables direct, unbiased genome-wide identification and quantification of the exact position of double strand DNA breaks in edited cells.
Studies reveal important principles through which the brainstem regulates satiation, and begin to shed light on the neural determinants of meal size.
Vijay Pande, PhD, founding investor of Andreessen Horowitz’s Bio + Health fund and a general partner with the tech venture capital firm , discusses how…
AI-powered research on one of the largest eye studies to date has created the most detailed maps of the retina ever produced.
The data suggests that the body’s use of nutrient scarcity as a defense mechanism may actually enable bacteria’s survival in the long run.
Cerebral cavernous malformation (CCM) patients treated with oral drug, REC-994, showed reduction in total cerebral and brainstem lesion volume.
In a small human trial in SMA patients neurostimulation sessions improved motoneuron function, reduced fatigue, and improved leg muscle strength and walking.
The mouse model in the study is reportedly quite different as it allows scientists to observe the aging process in a whole organism.
X-ray micro- and nano-tomography can provide clues on the processes that link the neurons in the gut and brain and may trigger Alzheimer’s.