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Biomechanics
Long duration advertisement calls of nesting male plainfin midshipman fish are honest indicators of size and condition
Submitted by Sujay-Balebail on
Mechanistic insights into actin force generation during vesicle formation from cryo-electron tomography
Submitted by Matthew-Akamatsu on
Sharlene Santana featured in UW News on bat research [VIDEO]
Alejandro Rico-Guevara receives SICB Carl Gans Award
Research by Jay Falk and Alejandro Rico-Guevara on female hummingbird evolution featured in UW News
Tom Daniel accepts position as new CEO of the Washington Research Foundation
The evolution of complexity in vascular plant reproductive structures
Vascular plant reproductive structures are extremely diverse in form and are often quite complex; for example, many flowers are composed of highly specialized organs in intricate arrangements. Such diversity has not always been present - the earliest known reproductive structures are very simple - but quantifying how complexity has changed through time is challenging because it is difficult to even define exactly what complexity is.
Biology Seminar; Dr. Natasha Mhatre
Biology Postdoc Seminar: Alison Weber, Nathan Belliveau & Christopher Schilling
Sensing in Flight: Neural encoding and wing structure interact to shape sensory information
By: Dr. Alison Weber (Daniel & Brunton Lab)
A race to identify the genes that support neutrophil cell migration
By: Dr. Nathan Belliveau (Theriot Lab)
Disentangling mechanisms of Miocene vegetation change
By: Dr. Christopher Schiller (Stromberg Lab)
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