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

Polymerases / June 21, 2026

In this study, we identified two renal cancer cell lines that bypass the lipid checkpoint and continue to divide

In this study, we identified two renal cancer cell lines that bypass the lipid checkpoint and continue to divide. source of lipids. Lipid…

Polymerases / January 28, 2026

The typical organization of the VHH domain is represented using the structure of a VHH to carbazol (PDB 1U0Q)

The typical organization of the VHH domain is represented using the structure of a VHH to carbazol (PDB 1U0Q). of the analyte, the…

Polymerases / February 20, 2025

The finding of LIS1 at the leading edge of the migrating cells in the current paper identifies a new site for dynein and LIS1 colocalization

The finding of LIS1 at the leading edge of the migrating cells in the current paper identifies a new site for dynein and…

Polymerases / February 10, 2023

Bioluminescent imaging of xenografts was performed using the Xenogen in vitro imaging system (IVIS) in living pets when i

Bioluminescent imaging of xenografts was performed using the Xenogen in vitro imaging system (IVIS) in living pets when i.p. cetuximab induced proclaimed tumor…

Polymerases / November 10, 2022

This effect may be from the non-continuous activation of some TFs as time passes, which is corroborated with the distinct enriched transcription factors observed at each best time interval evaluated here

This effect may be from the non-continuous activation of some TFs as time passes, which is corroborated with the distinct enriched transcription factors…

Wnt inhibitors

Category: Polymerases

In this study, we identified two renal cancer cell lines that bypass the lipid checkpoint and continue to divide

The typical organization of the VHH domain is represented using the structure of a VHH to carbazol (PDB 1U0Q)

The finding of LIS1 at the leading edge of the migrating cells in the current paper identifies a new site for dynein and LIS1 colocalization

Bioluminescent imaging of xenografts was performed using the Xenogen in vitro imaging system (IVIS) in living pets when i

This effect may be from the non-continuous activation of some TFs as time passes, which is corroborated with the distinct enriched transcription factors observed at each best time interval evaluated here

﻿In this study, we identified two renal cancer cell lines that bypass the lipid checkpoint and continue to divide

﻿The typical organization of the VHH domain is represented using the structure of a VHH to carbazol (PDB 1U0Q)

﻿The finding of LIS1 at the leading edge of the migrating cells in the current paper identifies a new site for dynein and LIS1 colocalization

﻿Bioluminescent imaging of xenografts was performed using the Xenogen in vitro imaging system (IVIS) in living pets when i

﻿This effect may be from the non-continuous activation of some TFs as time passes, which is corroborated with the distinct enriched transcription factors observed at each best time interval evaluated here

In this study, we identified two renal cancer cell lines that bypass the lipid checkpoint and continue to divide

The typical organization of the VHH domain is represented using the structure of a VHH to carbazol (PDB 1U0Q)

The finding of LIS1 at the leading edge of the migrating cells in the current paper identifies a new site for dynein and LIS1 colocalization

Bioluminescent imaging of xenografts was performed using the Xenogen in vitro imaging system (IVIS) in living pets when i

This effect may be from the non-continuous activation of some TFs as time passes, which is corroborated with the distinct enriched transcription factors observed at each best time interval evaluated here