Norrin complex structure guides potent engineered signaling surrogates
A structural study shows how Norrin, FZD4, TSPAN12 and LRP5 assemble, enabling engineered surrogate proteins with enhanced signaling potency.
A structural study shows how Norrin, FZD4, TSPAN12 and LRP5 assemble, enabling engineered surrogate proteins with enhanced signaling potency.
A mouse study links loss of UBE3A to impaired Kv4.2–DPP6 complex remodeling and weakened dendritic channel gradients associated with excitability ...
A single-family functional study found that a heterozygous P2RX2 exon-2 insertion-deletion caused aberrant splicing and reduced P2X2 output, supporting a ...
A study of alpine tortricid moths used male anatomy, DNA barcodes and museum specimens to distinguish Dichrorampha velata from D. ...
Three-hour pretreatment with empagliflozin reduced multiple electrophysiological signs of arrhythmia in isolated mouse and rabbit heart cells from two non-ischemic ...
A nonlinear numerical model shows that internal and external flows can couple the first and second bending modes of a ...
For more than two decades, one small molecule has quietly underpinned nearly every effort to sabotage the molecular garbage disposal ...
Deep in the Munim River basin of Maranhão state, northeastern Brazil, a predatory fish has been hiding in plain sight. ...
Two cryptic new frog species from Ranomafana National Park, one with a bell-like call and one that trills from caves, ...
A complex analytical study of chalk pieces from 2nd–4th century AD female burials in Kazakhstan reveals that the Jetyasar people ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine