Monografie
Development of a high throughput compatible cell assay based on the proteolytic cleavage or inhibition of the human La protein
- Sprache
-
Englisch
- Identifier
-
1175829234
Thema
Inhibition; Zelle; Cytologie; Eukaryoten; Protoplasma; Eukaryontische Zelle; Hochschulschrift
Beteiligte Personen und Organisationen
- URN
- Rechteinformation
-
Der Zugriff auf das Objekt ist unbeschränkt möglich.
- Letzte Aktualisierung
-
26.01.2023, 13:54 MEZ
Objekttyp
- Monografie
Beteiligte
- Gupte, Varsha
- Wehland, Jürgen
Ähnliche Objekte (12)
Development of a high throughput compatible cell assay based on the proteolytic cleavage or inhibition of the human La protein
Development and application of a high throughput cell based assay to identify apoptosis inducing proteins, and functional characterization of the candidate vacuole membrane protein 1 (Vmp1)
Towards apoptosis-mitophagy crosstalk regulation by dual functional proteins BNIP3 and NIX facilitated via direct (interaction) or indirect (interaction partner) mechanisms
The protein-protein interaction map of the Treponema pallidum flagellar apparatus
Probing living cells with the molecular force assay
Molecular and functional characterization of the signaling pathways that mediate TNF- and TRAIL-induced programmed necrosis.
Opening up the primary human bone marrow niche to quantitative proteomics
Probing living cells with the molecular force assay
Functional analysis of the APAF-1 binding protein FAM96A
The signalling pathway of BimL and BimS, two isoforms of the BH3-only protein Bim, in apoptosis
ML-Space : hybrid spatial Gillespie and Brownian motion simulation at multiple levels, and a rule-based description language
Unravelling the functions of the two highly conserved actin regulators, FHOD (Knittrig) and WASH in Drosophila development and cell dynamics
Development of a high throughput compatible cell assay based on the proteolytic cleavage or inhibition of the human La protein
Development and application of a high throughput cell based assay to identify apoptosis inducing proteins, and functional characterization of the candidate vacuole membrane protein 1 (Vmp1)
Towards apoptosis-mitophagy crosstalk regulation by dual functional proteins BNIP3 and NIX facilitated via direct (interaction) or indirect (interaction partner) mechanisms
The protein-protein interaction map of the Treponema pallidum flagellar apparatus
Probing living cells with the molecular force assay
Molecular and functional characterization of the signaling pathways that mediate TNF- and TRAIL-induced programmed necrosis.
Opening up the primary human bone marrow niche to quantitative proteomics
Probing living cells with the molecular force assay
Functional analysis of the APAF-1 binding protein FAM96A
The signalling pathway of BimL and BimS, two isoforms of the BH3-only protein Bim, in apoptosis
ML-Space : hybrid spatial Gillespie and Brownian motion simulation at multiple levels, and a rule-based description language
Unravelling the functions of the two highly conserved actin regulators, FHOD (Knittrig) and WASH in Drosophila development and cell dynamics
Development of a high throughput compatible cell assay based on the proteolytic cleavage or inhibition of the human La protein
Development and application of a high throughput cell based assay to identify apoptosis inducing proteins, and functional characterization of the candidate vacuole membrane protein 1 (Vmp1)
Towards apoptosis-mitophagy crosstalk regulation by dual functional proteins BNIP3 and NIX facilitated via direct (interaction) or indirect (interaction partner) mechanisms
The protein-protein interaction map of the Treponema pallidum flagellar apparatus
Probing living cells with the molecular force assay
Molecular and functional characterization of the signaling pathways that mediate TNF- and TRAIL-induced programmed necrosis.
Opening up the primary human bone marrow niche to quantitative proteomics
Probing living cells with the molecular force assay
Functional analysis of the APAF-1 binding protein FAM96A
The signalling pathway of BimL and BimS, two isoforms of the BH3-only protein Bim, in apoptosis
ML-Space : hybrid spatial Gillespie and Brownian motion simulation at multiple levels, and a rule-based description language