Accepted at 9:16 p.m. Sep, 22, 2023 by Ahmed7
Author: shoulderpatch
Related Note: 1496163026982
Rationale for change

ease of reading

Text Text
Extra
- Normally, telomeres shorten with serial cell divisions, eventually resulting in cellular senescence

- This embodies the "limitless replicative potential" hallmark of cancer

Photo credit: David O Morgan, Attribution, via Wikimedia Commons
Lecture Notes
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Missed Questions
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Pathoma
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Boards and Beyond
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First Aid
Sketchy

Watch DNA Replication
Sketchy 2
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Sketchy Extra
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Picmonic
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Pixorize
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Physeo
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Bootcamp
Watch associated Bootcamp video- DNA Mutations, Damage, and Repair: DNA Mutations and Damage

Watch associated Bootcamp video- DNA Replication, Transcription, Translation: DNA replication
OME

Additional Resources

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#AK_Step1_v12::^Other::^HighYield::5-LowYield #AK_Step1_v12::^Other::^EXPN::BGadd AnkiHub_ImageReady::Text #AK_Step1_v12::#Pathoma::03_Neoplasia::02_Carcinogenesis::3_Tumor_Suppressor_Genes #AK_Step1_v12::^Other::^FA_Updates::FA2018 #AK_Step1_v12::#Bootcamp::Genetics::02_DNA_Replication_Transcription_and_Translation::01_DNA_Replication #AK_Original_Decks::Step_1::Zanki_Step_Decks::Zanki_Immunology_+_General_Pathology::Pathoma_Chapter_3_(Neoplasia) #AK_Step1_v12::#UWorld::COMLEX::26248 !AK_UpdateTags::Step1decks::Zanki-Step-Decks::Zanki-Immunology+General-Pathology::Pathoma-Chapter-3-(Neoplasia) !AK_UpdateTags::^temporary::ImageFix::12::done #AK_Step1_v12::#Physeo::05_Biochem::01_Molecular_Biology::01_DNA_Replication #AK_Step1_v12::#UWorld::COMLEX::25768 #AK_Step1_v12::#UWorld::Step::15340 #AK_Step1_v12::#Pathoma::03_Neoplasia_Alt_Tagging::BlueGalaxies::02_Carcinogenesis::3_Tumor_Suppressor_Genes AnkiHub_ImageReady::Extra #AK_Step1_v12::#OME::02_The_Cell::03_Inflammation_Neoplasia::07_Biology_of_Cancer #AK_Step1_v12::#SketchyBiochem::03_Molecular_Biology::01_DNA::02_DNA_Replication #AK_Step1_v12::#OME::PreClinical::02_The_Cell::03_Inflammation_Neoplasia::07_Biology_of_Cancer #AK_Step1_v12::#Bootcamp::Genetics::03_DNA_Mutations,_Damage,_and_Repair::01_DNA_Mutations_and_Damage #AK_Step1_v12::#B&B::06_Cell_Bio::01_Molecular::01_DNA_Replication::Extra #AK_Step1_v12::#UWorld::Step::11912 #AK_Step1_v12::#FirstAid::04_Pathology::03_Neoplasia::04_Hallmarks_of_cancer::*Limitless_Replicative_Potential #AK_Step1_v12::#AMBOSS::wA0hNi