metal homeostasis |
4 |
antigen detections |
3 |
bacterial signal transduction |
3 |
catenane |
3 |
cervical cancers |
3 |
copper |
3 |
copper transport |
3 |
e. coli |
3 |
early diagnosis |
3 |
escherichia coli |
3 |
hela cell lysate |
3 |
marker proteins |
3 |
mechanical interlocking |
3 |
catenanes |
2 |
cationic ligands |
2 |
dna damage |
2 |
huntington’s disease |
2 |
hydrophobic effect |
2 |
macrocycles |
2 |
molecular recognition |
2 |
nudt16 |
2 |
oxidative coupling |
2 |
r6/2 |
2 |
rotaxane |
2 |
amyloid precursor protein (app) |
1 |
ascorbate |
1 |
click chemistry |
1 |
cucurbit[6]uril |
1 |
cucurbituril |
1 |
cyclodextrin |
1 |
donor–acceptor systems |
1 |
dynamic combinatorial chemistry |
1 |
fluorescence |
1 |
fluorescent probes |
1 |
general and theoretical informatics - deep learning and big data to knowledge |
1 |
general and theoretical informatics - machine learning |
1 |
general and theoretical informatics - pattern recognition |
1 |
h-ferritin |
1 |
host-guest systems |
1 |
interactions |
1 |
iron responsive element (ire) |
1 |
isomers |
1 |
luciferin |
1 |
manganese (mn) |
1 |
mechanical bonds |
1 |
mechanostereoisomer |
1 |
metabolic liver disease |
1 |
molecular imaging |
1 |
molecular knots |
1 |
naphthotube |
1 |
noncovalent interactions |
1 |
noncovalent properties |
1 |
oxidation |
1 |
paraoxon |
1 |
reactive oxygen species |
1 |
reactive oxygen species (ros) |
1 |
rotaxanes |
1 |
self-assembly |
1 |
sensors |
1 |
sequence isomers |
1 |
sh-sy5y neural-like cell line |
1 |
spiropyran |
1 |
superoxide |
1 |
supramolecular chemistry |
1 |
π |
1 |