Shape analysis tool

Tanmay Pandey, Tripta Bhatia
Description: A Python-based GUI tool that analyzes the three-dimensional stacks of confocal images, and gives relevant shape parameters.
Publications:
  1. Experimentally Determined Shapes of Plasma Membrane Vesicles, Phosphatidylcholine (PC), and PC-Cholesterol Vesicles: Vesicle Deflation Analysis Using Confocal Microscopy. Harshmeet et al.
  2. Shape Analysis of Biomimetic and Plasma Membrane Vesicles. Rajni et al.
DOI
https://github.com/tanmay1902/Shape-Analysis
Contact Info:
itstanmaypandey@gmail.com , with bsoftmatter@gmail.com (on cc)

Membrane Mechanics

Avneesh Singh, Ridima Singh, Tripta Bhatia
Description: An interactive analysis for Giant Unilamellar Vesicles (GUVs). Compute angular auto-correlations, extract bending rigidity κ and effective surface tension Σ via Helfrich / Brochard–Lennon theory. Website - GUV Flicker
DOI
https://github.com/AvNeEsH71-iam/Membrane-Mechanics
Contact Info:
singh.avneesh2005@gmail.com and ridimasingh251@gmail.com, with bsoftmatter@gmail.com (on cc)

Spherical Harmonics Explorer

Avneesh Singh, Ridima Singh, Tripta Bhatia
Description: A Spherical Harmonics Explorer is an interactive software that visualizes spherical harmonic functions, Ylm(θ, φ), in an intuitive and dynamic way. It allows users to explore how different quantum numbers, l and m, affect the shape, symmetry, and nodal structure of the functions on a sphere. Website - Spherical Harmonics Explorer
DOI
https://github.com/AvNeEsH71-iam/spherical-harmonics-explorer
Contact Info:
singh.avneesh2005@gmail.com and ridimasingh251@gmail.com, with bsoftmatter@gmail.com (on cc)