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Generates Second Order Networks with prescribed second order motif frequencies This is the local version of Nykamp code with our patches used in the Paper Guzman et al. Science 2016

Introductory workshop for the use of Jupyter notebooks for image analysis pipelines by the Imaging and Optics Facility (IOF) team at ISTA.

Le Groupe Wojtan's Frolic of Frenetic Friction Frenzy

FPulse is data acquistion system for patch-clamp recordings, based in CED1401 hardware, and IgorPro.

A robust surface tracking library that handles topology changes in large non-manifold meshes with arbitrary deformations.

Booker is a tool for managing multiple resources in a ppms system. It allows to create recurrent but independent reservations or incidents, over one or multiple systems.

A test application for controlling a Fluigent Aria (https://www.fluigent.com/de/forschung/instrumente/aria/) device under NIS Elements macro. A python TCP listens NIS macros to remote control the Aria system using the Fluigent's SDK (https://github.com/Fluigent/aria-sdk).

Setup of a multi-purpose micro-manipulation system driven by two Eppendorf Transferman Nk4 manipulators and a two channel Fluigent FlowEZ controller interface for setting pressures. A TCP server will accept commands, initially from a client running NIS-Elements (CSU-W1 SD microscope).

This program allows a series of tests over illumination sources for Zeiss widefield and confocal microscopes running Zen Blue. It is possibe to test:

Short term stability: According to QUAREP-LiMi full test is completed in 5 minutes for each illumination line, testing powers every second. Long term stability: The QUAREP-LiMi protocol stablishes 2h tests per line, with measurement intervals of 30s. To allow this for multiple lines this program interleaves the tests for all lines every interval, allowing the full check to be completed in a single run. Linearity (response): To analyze the linearity -or response curve- of each light source the powers are measured for a series of set powers. These tests can be performed for the desired lines and for different test conditions.

Custom 3D-printed microscope “objectives” that transform your motorized stage into a precision marking, cutting, or micro‑manipulation tool.

Rotate your plant sample for gravitropic signaling.