Malaria parasites are full of wildly spinning iron crystals. Scientists finally know why
U researchers discover the biochemical process that powers these microbial nanomotors, and it’s a lot like rocket fuel.
Read MoreU researchers discover the biochemical process that powers these microbial nanomotors, and it’s a lot like rocket fuel.
Read MoreBiochemist Wesley Sundquist studied the virus’ molecular structure and wound up discovering its Achilles heel.
Read MoreResearch shows “chaperones” are more active in the protein folding process than previously known.
Read More“I always recommend getting diversified experiences, maybe even outside of your major, because it’ll make you a better thinker.”
Read MoreA method for studying the interactions between cells and their environment reveals a surprisingly large network.
Read MoreBaldomero “Toto” Olivera’s pioneering research on marine cone snails unlocked the pain-management potential of their venom.
Read MoreResults show the rich biochemical diversity of animal venoms.
Read More“I seek to become a new healer, bridging the traditional knowledge of my community with the knowledge pioneered by investigating glucose metabolism.”
Read MoreWithin a few short weeks, more than a dozen new research studies have popped up across the U to study coronavirus.
Read MoreIf you missed the January Academic Senate meeting, then read all the highlights here.
Read MoreIf you missed the December Academic Senate meeting, then read all the highlights here.
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