Also, "Apoptosis: A Review of Programmed Cell Death" https://t.co/b7p2l25AbL
Apoptosis: a review of programmed cell death.
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May 2019 – Jun 2024Where it's discussed
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The group mostly highlights the publication's prominence, mentioning its high citation count and significance, as seen in posts like 'The MOST CITED paper of SUSAN ELMORE' and references to its widespread influence. Some comments, however, convey vague interest or confusion, such as one stating 'it's still hard for me to grasp,' indicating a curiosity that varies in depth but doesn't extend into detailed engagement, which aligns with the moderate scores assigned.
Most discussions acknowledge the significance of the publication, referencing its high citation count and importance in the field, indicating general agreement with its impact.
The comments show moderate curiosity, with some users noting their difficulty grasping the content or linking it to broader topics like Graphene Oxide, reflecting a developing interest.
Discussions engage with the publication by referencing its influence and discussing related concepts, but lack deep technical analysis or critical evaluation.
While recognized as a highly cited paper, the discussions mostly touch on its relevance rather than offering insights into how it might influence future research directly.
Abstract in brief
- Apoptosis, or programmed cell death, is a vital biological process that helps maintain normal development, immune function, and tissue homeostasis through energy-dependent biochemical mechanisms and distinct morphological features.
- Inappropriate regulation of apoptosis, either excessive or insufficient, is linked to various health conditions such as neurodegenerative diseases, cancer, autoimmune disorders, and tissue damage, highlighting its importance for potential therapeutic interventions.
- Ongoing research aims to better understand the molecular mechanisms and signaling pathways involved in apoptosis, which could lead to new ways to manipulate cell death for treating diseases, despite many key proteins and processes still being inadequately understood.]
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Most liked on X and BlueskyThe MOST CITED paper of SUSAN ELMORE ---- 'Apoptosis: A Review of Programmed Cell Death' (Cited by 14799, till now). https://t.co/3PDZ94AT9W https://t.co/u4wV0N1kxB
@OzMidnight Sorry not sorry https://t.co/xx6cyxXTtv
Q308 answer: Apoptosis https://t.co/Vho4NZNrx5 https://t.co/X0L638tzAD https://t.co/edl4YmNgBa https://t.co/mZLAjzeVw7
Apoptosis: A Review of Programmed Cell Death >> https://t.co/QK9gC6WAN8
RT @Ghosalichthys21: The MOST CITED paper of SUSAN ELMORE ---- 'Apoptosis: A Review of Programmed Cell Death' (Cited by 14799, till now).…
All mentions
Cell Apoptosis: Fundamental Mechanisms and Implications
This video explores the primary mechanisms of apoptosis, explaining programmed cell death processes and their biological significance. It covers key research papers and recent advances in understanding apoptosis and…
Intrinsic Mitochondrial Pathway of Apoptosis Mechanisms and Targets
This video covers the intrinsic mitochondrial pathway of apoptosis, including key proteins like p53 and BCL, mitochondrial permeabilization, cytochrome c release, caspase activation, and regulatory factors involved in…
RT @Ghosalichthys21: The MOST CITED paper of SUSAN ELMORE ---- 'Apoptosis: A Review of Programmed Cell Death' (Cited by 14799, till now).…
The MOST CITED paper of SUSAN ELMORE ---- 'Apoptosis: A Review of Programmed Cell Death' (Cited by 14799, till now). https://t.co/3PDZ94AT9W https://t.co/u4wV0N1kxB
Also, "Apoptosis: A Review of Programmed Cell Death" https://t.co/b7p2l25AbL
This is still hard for me to grasp where it’s going, but you can have a read on this article https://t.co/O1tU1zY0vI which links Graphine Oxide to “Programmed Cell Death” or otherwise known as “Apoptosis”
@OzMidnight Sorry not sorry https://t.co/xx6cyxXTtv
Q308 answer: Apoptosis https://t.co/Vho4NZNrx5 https://t.co/X0L638tzAD https://t.co/edl4YmNgBa https://t.co/mZLAjzeVw7
Apoptosis: A Review of Programmed Cell Death >> https://t.co/QK9gC6WAN8
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