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Syntaxin; Clone:HPC-1 S0664 Neurobiology M n/d n/d y
161 Synuclein α S3062 Neurobiology P y n/d y
162 Synuclein β ; Clone: PNP-14 S1436 Neurobiology P y y y
163 Tyrosin hydroxylase T2928 Neurobiology
M NP_001093.1 y y n/d
555 PARP P7605 142 PARP1 P NP_001609.2 y n/d n/d
11 β1 and β2-Adaptins A4450 162 AP1B1 M NP_001118.3 y n/d y
167 Chondroitin Sulfate C8035 176 ACAN M NP_001126.3, NP_037359.3 y y y
M NP_001093.1 y y n/d
555 PARP P7605 142 PARP1 P NP_001609.2 y n/d n/d
11 β1 and β2-Adaptins A4450 162 AP1B1 M NP_001118.3 y n/d y
167 Chondroitin Sulfate C8035 176 ACAN M NP_001126.3, NP_037359.3 y y y
biocompatibility, HA hydrogels have been
progressively applied in biomedical applications for decades.161–162
However, when used in bioinks HA provides limited capability for
cell migration, angiogenesis, and
micro pore-forming hydrogel biomaterials have
been developed that can be applied to bioprinting.206–208 For
example, a micro pore-forming bioink based on the aqueous
two-phase emulsion (ATPE) improved
7020 TFAP2A NM_001042425, NM_003220,NM_001032280 M y n/d n/d
11 β1 and β2-Adaptins A4450 163, 140670, 162, 29663 AP2B1,Ap1b1,AP1B1,Ap2b1 NP_001273.1,NP_542150.1,NP_663782.1,NP_058973.1 M y n/d y
12 I-Afadin
C8218 M y y y
159 Cdk6 C8343 M y y y
160 Cdk-7/cak C7089 M y n/d n/d
161 TBP T1827 M y n/d n/d
162 CENP-E C7488 P y n/d n/d
163 Centrin C7736 P y n/d n/d
164 Chk1