Fiber mounting using a dissection microscope.

<div><p>Silk, a remarkable protein-based fiber spun by various arthropod lineages, has been prized for millennia, with the cocoon silk of domesticated silkworms and spiders being the most utilized and extensively studied. There is limited information on how silk can be used to investigat...

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Bibliographic Details
Main Author:	Oran Wasserman (20209911) (author)
Other Authors:	Jackson J. Morley (20790586) (author), Mary-Kate F. Williams (20790589) (author), Brianne E. Bell (1569412) (author), Diana L. Cox-Foster (20790592) (author), Justin A. Jones (1329945) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Genetics Biotechnology Evolutionary Biology Ecology Developmental Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified various arthropod lineages div >< p based fiber spun produces silk cocoons naturally spun silk enabling silk characterization fifth instar larvae minimally invasive protocol silk fibers using osmia lignaria </ 20 fibers isolated bee silk properties lignaria </ isolated fibers isolated silk mechanical properties bee biology silk initiation cocoon silk spinning larvae seven larvae successfully isolated protocol provides protocol allows effective protocol solitary bees reveal physical remarkable protein producing species practical tool nutritional status morphological characteristics mechanically test mechanical testing limited information investigate biology extensively studied domesticated silkworms developmental studies
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Fiber mounting using a dissection microscope.

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