SCHENSE Jason Charles
No ORCID on file
· 16 papers in corpus
· active 2004
Frequent coauthors
- HUBBELL Jeffrey Alan 16
- JEN Anna 16
- LÜTOLF Matthias 16
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…
2004
Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least t…