|
WO2021075482A1
|
|
1,3-cyclohexanedione derivatives and 1,3-cyclopentanedione derivatives as buffering molecules in non-aqueous solutions
|
|
WO2021029343A1
|
|
Bioelectrochemical system for treatment of organic liquid wastes
|
|
WO2020222297A1
|
|
Method of fabricating a through glass via on a suspended nanocrystalline diamond
|
|
EP3726940A2
|
|
Laser-driven microplasma xuv source
|
|
US2020287343A1
|
|
Ultra-low noise cryogenic microwave amplification
|
|
WO2020171070A1
|
|
An rna aptamer that specifically binds histamine
|
|
WO2020105562A1
|
|
Method for evaluating risk of type 2 diabetes using blood metabolites as an index
|
|
WO2019240289A1
|
|
Method and system for identifying structure of compound
|
|
WO2019235551A1
|
|
Total stochastic gradient estimation method, device and computer program
|
|
WO2019208835A1
|
|
Sea barrier system
|
|
WO2019208572A1
|
|
The use of saliva and urine metabolites as human-aging biomarkers
|
|
CN111954808A
|
|
Method for generating local electric field
|
|
WO2019182087A1
|
|
Oligosaccharide c-glycoside derivatives
|
|
WO2019177169A1
|
|
Copper oxide nanosensor
|
|
WO2019167941A1
|
|
Moebius kaleidocycle
|
|
US2021013533A1
|
|
Separator of a microbial fuel cell
|
|
WO2019035479A1
|
|
Cyclopropanation method
|
|
EP3666851A1
|
|
Light-accumulating composition, light-accumulating element and wavelength control method
|
|
WO2020021726A1
|
|
Nanoplasmonic materials and uses thereof
|
|
US2019033527A1
|
|
Nanopositioner and method of making
|
