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Fig2_Idio-01.jpg
Oct 29, 2024 - Rules governing idiosyncratic navigation in a desert ant
JPEG Image - 6.3 MB - MD5: d38e7a41e7e918579eac7b191fe70870
Fig3_Idio-01.jpg
Oct 29, 2024 - Rules governing idiosyncratic navigation in a desert ant
JPEG Image - 6.8 MB - MD5: 0bfc6c22731571b7a8400834e0c505f4
Figure1_Idio-01.jpg
Oct 29, 2024 - Rules governing idiosyncratic navigation in a desert ant
JPEG Image - 4.9 MB - MD5: 48dfcd8310d5b2b5eea8cf074a96be84
READ_ME.txt
Oct 29, 2024 - Rules governing idiosyncratic navigation in a desert ant
Plain Text - 854 B - MD5: 9f796e0c871b77960e56e4303d77ba2a
Force-field-based energy minimizations of cellulose crystals
Oct 7, 2024
Kullmann, Richard; Weikl, Thomas, 2023, "Force-field-based energy minimizations of cellulose crystals", https://doi.org/10.17617/3.1FPW2C, Edmond, V2
Structures and energy terms for cellulose Ibeta and II crystals composed of 52 chains of cellulose 6-mers, 8-mers, 10-mers, or 12-mers obtained from energy minimizations in two force fields.
analysis.nb.zip
Oct 7, 2024 - Force-field-based energy minimizations of cellulose crystals
ZIP Archive - 2.2 MB - MD5: df435331f696ca506ea8e66228cc75ec
data.zip
Oct 7, 2024 - Force-field-based energy minimizations of cellulose crystals
ZIP Archive - 15.9 MB - MD5: 314292b2fb66cce2bbe12620e070f990
README.txt
Oct 7, 2024 - Force-field-based energy minimizations of cellulose crystals
Plain Text - 2.7 KB - MD5: dd0674acfb4cb6ff967b697864f23106
Figure6_Platereader_raw_data.xlsx
Sep 23, 2024 - Chloramphenicol and gentamicin reduce the evolution of resistance to phage ΦX174 by suppressing a subset of E. coli LPS mutants
MS Excel Spreadsheet - 2.7 MB - MD5: 6b2ff009fe2939ec4eb42f7ec50266b3
Hydrogels with stiffness-degradation spatial patterns allow the emergence of anisotropic 3D cell response
Aug 29, 2024
Garrido, Claudia A.; Garske, Daniela S.; Thiele, Mario; Amini, Shahrouz; Real, Samik; Duda, Georg N.; Schmidt-Bleek, Katharina; Cipitria, Amaia, 2023, "Hydrogels with stiffness-degradation spatial patterns allow the emergence of anisotropic 3D cell response", https://doi.org/10.17617/3.NEHZN1, Edmond, V2
In nature, tissues are patterned, but most biomaterials used in human applications are not. Patterned biomaterials offer the opportunity to mimic spatially segregating biophysical and biochemical properties found in nature. Engineering such properties allows to study cell-matrix...
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