Y Maze spontaneous alternation is a behavioral test based on the animals' natural curiosity for exploration. Creative Biolabs utilizes these Y maze paradigms to evaluate novel drugs for their effects on cognition or test the memory function in rodents. These tests have been shown to be sensitive to hippocampal damage, gene manipulations, and amnestic drugs. The use of Y maze tests includes spontaneous alternation test and recognition memory test. The Y maze is widely used to assess behavioral task in preclinical research for studying spatial learning and memory. Pharmacology and Pharmacodynamics Studies.Developability Assessment of Biopharmaceutical Candidates.Small-Angle X-ray and Neutron Scattering.Nuclear Magnetic Resonance (NMR) Spectroscopy.
Natural Bioactive Compound Target Identification.In Silico Functional Analysis for Fungi.Computer-Aided Target Identification and Validation.Identification of Biomarkers by ORFeome Phage Display.Target Discovery for Cancer Immunotherapy.Start carving the maze at a specific location. Mod from CLISP to VisualLISP by CAD Studio, 2018 - like us on Facebook - fb.com/CADstudio CLISP Maze 20030311 by Joe Wingbermuehle - maze generator DWG (3D maze, by assigning width and thickness to polylines made from Maze lines). Sample DWG drawings generated by MAZE are here - MAZE-139x77. You can change the values of the *width* and *height* LISP variables (in the LSP file) to draw mazes of any size (complexity).
The maze is drawn as LINE entities near the coordinate origin point (0,0).
Or with the APPLOAD command and type the MAZE command to draw a randomly generated maze grid. All generated mazes have a free walkthrough path (maze solution).ĭownload the free MAZE.LSP file from Download, load it into AutoCAD by mouse dragging You can use MAZE to draw any maze structure - a predetermined arrangement of cells (a rectangular grid) with wall sites between them. This utility was ported to AutoCAD from the original CLISP algorithm published on Github.
MAZE is a generalized maze generator written in VisualLISP.
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