VR1 Receptors – A highly selective inhibitor of Wnt pathway, as a potential topical treatment for cancer

VR1 Receptors / March 18, 2023

Stream cytometry uptake assay of H1-Cal09-man9 and H1-Cal09-wt labeled with Alexa-Fluor 488 by MoDCs

Stream cytometry uptake assay of H1-Cal09-man9 and H1-Cal09-wt labeled with Alexa-Fluor 488 by MoDCs. by immunofluorescence staining. Furthermore, localization from the things that…

The animal procol was registered at the Catalan government (FUE-2018-00858322 & ID 6PFJ7JZN5)

The animal procol was registered at the Catalan government (FUE-2018-00858322 & ID 6PFJ7JZN5). Consent to publish Not applicable. Data availability All the data…

Tissues from aging animals have a reduced number of mitochondria (14) that show functional changes, including increased superoxide and H2O2 generation and decreased energy production (21)

Tissues from aging animals have a reduced number of mitochondria (14) that show functional changes, including increased superoxide and H2O2 generation and decreased…

Wnt inhibitors

Category: VR1 Receptors

Stream cytometry uptake assay of H1-Cal09-man9 and H1-Cal09-wt labeled with Alexa-Fluor 488 by MoDCs

The animal procol was registered at the Catalan government (FUE-2018-00858322 & ID 6PFJ7JZN5)

Tissues from aging animals have a reduced number of mitochondria (14) that show functional changes, including increased superoxide and H2O2 generation and decreased energy production (21)

﻿Stream cytometry uptake assay of H1-Cal09-man9 and H1-Cal09-wt labeled with Alexa-Fluor 488 by MoDCs

﻿The animal procol was registered at the Catalan government (FUE-2018-00858322 & ID 6PFJ7JZN5)

﻿Tissues from aging animals have a reduced number of mitochondria (14) that show functional changes, including increased superoxide and H2O2 generation and decreased energy production (21)

Stream cytometry uptake assay of H1-Cal09-man9 and H1-Cal09-wt labeled with Alexa-Fluor 488 by MoDCs

The animal procol was registered at the Catalan government (FUE-2018-00858322 & ID 6PFJ7JZN5)

Tissues from aging animals have a reduced number of mitochondria (14) that show functional changes, including increased superoxide and H2O2 generation and decreased energy production (21)