- Sasker Grootjans added an answer:10What are some off targets of Necrostatin 1 other than IDO?
Are there any off targets of Necrostatin 1 beyond IDO (and the obvious target, RIP1)?
We have observed prevention of cell death using a compound we study in combination with Nec1 but have used siRNA to demonstrate that RIP1 is not responsible for our compound's induction of cell death.
There's another paper describing Nec-1 off-target effects: Biton et al., Cell 2011 (KINOME SCAN, supplementary table A1): PAK1 and PKAC-alpha are inhibited >60% by Nec1; MKNK1 is inhibited 59% by Nec1
- So-Jin Kim added an answer:4Are there tools to visualize necroptosis?
Recently, I received the comments of referee that I should detect the TEM to confirm the necroptosis.
However, I wonder there is a tool for this.
Is there any histological and/or TEM analysis for necroptosis?
How about for necrosis?
Thank you for your answer and kindly message :)
It will be helpful to me !!Following
- Anne von Koschembahr added an answer:5If in addition to activation of a TNFa pathway another pathway that induces apoptosis is active, how does the cell decide to die?
When the cell undergoes ATP depletion, apoptosis cannot occur and the cell dies by necroptosis (programmed necrosis). In TNFa -induced necroptosis, activation of Complex IIb ( Ripk1 / Ripk3 ) kills the cell without ATP depletion (I think). If in addition to activation of TNFa pathway another pathway that induces apoptosis is active, how does the cell decide to die?
Wouldn't it then be important to determine the various populations of cell death, in order to determine if TNF-alpha causes an apoptotic response versus necrosis? Could one say that this response may be a cell-type specific response?Following
- Dorothy C Bennett added an answer:7Does G2/M arrest necessarily lead to cell death? How so?
Is there a signaling pathway or a particular signal induced by arrest between S phase and mitosis (cells don't divide after synthesizing new DNA) that initiates cell death? Is this death necessarily mediated by caspases?
DNA damage signalling can also lead to cell senescence (at least partly through CHK2-p53-p21) rather than cell death. It is not entirely clear how cells choose one or the other, but probably with lower levels of damage signalling you would get more senescence (permanent arrest) and less death. So cells that fail to complete S phase or mitosis can end up in a kind of G1 phase with tetraploid or subtetraploid DNA, as several groups have shown.Following
- Lei Shang added an answer:1How can I identify the cell with the staining of Annexin V (-)/PI (+) using flow cytometry?Annexin V (+)/PI (+) represent necrosis and later apoptosis, Annexin V (-)/PI (-) represent normal, Annexin V (+)/PI (-) represent early apoptosis. So what about Annexin V (-)/PI (+), please help me and attach your related references.Maybe someone give me the answer about primary necrosis, but how to understand this kind of cell death, what the relationship between primary necrosis and necrosis??Following
- Demba Sarr added an answer:5Does anyone know the best way to induce Necroptosis in cells? TNF, TRAIL...?I would like to induce necroptosis in trophoblast cell line.Thank you Scott. I will keep you posted and sorry for the delay.Following
- Lei Shang added an answer:2How to knockdown the expression of RIP3?I cannot find a inhibitor of RIP3 to make the deletion. Can somebody give me some information to attenuate protein level?Thanks Linkermann!! I agree with your comment.Following
- Dominique Vanhecke added an answer:2Is there a natural situation (in vivo) where intact endosomes could be released from cells?What happens to endosomes following cell death (apoptosis, necrosis etc).Thank you very much for your input.
But I was wondering whether in addition to these microvesicles there can also be intact organelles, in this case intact endosomes be released under some circumstances. A big difference is that in contrast to microvesicles the endosomes would be so-called "inside-out" with respect to the orientation of membrane bound proteins.Following