Three-dimensional mapping of organ geometry

Three-dimensional mapping of organ geometry

<p dir="ltr">The gut tube of flies and humans is longer than the body so must fold and coil in order to fit into the abdomen. Does the gut fold into a stereotypical defined shape or is it random? Gut length differs between male and female flies - does gut shape also differ? Is gut sh...

Full description

Saved in:
Bibliographic Details
Main Author: Laura Blackie (10054937) (author)
Other Authors: Pedro Gaspar (17741517) (author), Lisa Gartner (14274167) (author), Hannah Beckwith (20440031) (author), Salem Mosleh (16887777) (author), Lingjin Kong (18856210) (author), Yuhong Jin (11527975) (author), Agata Zielinska (7570601) (author), Todd Schoborg (16907217) (author), L. Mahadevane (20440039) (author), John Thomas (3125013) (author), Ben Statton (9222369) (author), Uday Patel (20440042) (author), Philip Lung (11438111) (author), Bernhard Kainz (14163476) (author), Irene Miguel-Aliaga (17026074) (author)
Published: 2024
Subjects:
Computational & Systems Biology
Imaging
Three-dimensional mapping
organ geometry
3D organ shape
neuron tracing tool
MRE scan
Tags: Add Tag
No Tags, Be the first to tag this record!

Similar Items